ntk general catalog 5100
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www.youtube.com/ntkcuttingtoolswww.ntkcuttingtools.com
5100
SHARP PEOPLESHARP IDEASSHARP TOOLS
SPARK PLUGS (USA), INC.
App for iPad
Mill Rolls Grooving
Tooling For Swiss Type Lathes
Bearing Production Steel Machining High Speed Machining ofAluminum
■ Metalcutting Safety
Applicable Products Possible Risks Safety Measures
General Cutting Tools
◎ Contact with a sharp cutting edge with bare hands may result in injury.
* Use protective gear such as protective gloves when taking the tool out of packaging and installing into the machine.
◎ Misuse or using under inappropriate conditions may cause the cutting tool to break and/or shatter into pieces, resulting in personal injury.
* Use protective equipment, machine guarding and/or protective glasses.
* Use within the range of recommended conditions. Please refer to the instruction manual and catalogue.
◎ Sudden increase in cutting resistance due to sudden impact load or excessive wear may cause the cutting tool to break and/or shatter into pieces, resulting in personal injury.
* Use protective gear such as protective gloves when taking the tool out of packaging and installing into the machine.
◎ High-temperature chips may be produced and long chips may be ejected, resulting in injury and/or burns.
* Use protective equipment, machine guarding and/or protective glasses.
* Before removing chips, always stop the machine. Wear protective gloves and use proper equipment for chip removal.
◎ The tool and material/work being cut can become very hot. Touching them immediately after use may cause burns.
*Use protective gear such as protective gloves.
◎ Sparks, heat generation due to breakage and/or chips during cutting may cause fire.
* Do not use the machine and tools in locations where there are risks of ignition or explosion.
* When using water-insoluble cutting oil, fire prevention measures must be implemented.
◎ Out of balance machine set ups when used at a high-speed, may cause insert breakage due to excess vibration or chatter, resulting in injury.
* Use protective equipment, machine guarding and/or protective glasses.
* Perform a trial-run beforehand to make sure the setup is stable, free of chatter, vibration and abnormal noise.
◎ Touching burrs and flashes on machined work may result in personal injury.
*Use adequate hand protection.
Throw-Away Type Tools
(With indexable insert)
◎ Inappropriately clamped inserts and/or components may become detached from the machine during cutting, resulting in injury.
* Before installing the insert, clean the seating surface and clamping components so that they are free of debris.* Use the wrench supplied to install the insert and check that the insert and components are securely clamped. Do not use any inserts or components other than the items specified.
◎ Excessively tightening with a device such as a pipe extension may cause the insert and/or components to break or detach due to over clamping.
* Do not use tightening devices such as pipe extensions to obtain further torque. Always use the supplied wrench.
◎ At a high speeds inserts and/or components may lose clamping pressure due to the loosening effect of centrifugal force. This is very dangerous. Always ensure secure clamping systems and check regularly.
* Use within the range the recommended conditions. Please refer to the instruction manual and catalogue.
Cutters and Rotational Tools
◎ As cutters have sharp cutting edges, contact with bare hands may result in injury.
*Use protective equipment such as protective gloves.
◎ Imbalance or eccentric rotation may cause the tool to break due to vibration or chatter, resulting in potential injury.
* Use at a rotational speed within the recommended conditions.
* To prevent eccentric rotation and vibration due to worn bearings, regularly check the machine rotor/rotating parts for the accuracy and balance and adjust as required.
Brazed Inserts / Tools
◎ Inserts may break or become, detached due to incorrect brazing.
* Use protective equipment such as machine guards and/or protective glasses. Additional guarding around the chuck and drill may be advisable.
Others
◎ It is not advisable to use repeatedly brazed inserts as the braze may progressively weaken.
* Do not use repeatedly brazed inserts as the strength of such inserts is lowered.
◎ Use only for the original and intended purpose. Using outside recommended parameters is very dangerous, causing damages to machines and/or tools.
* Always use and operate as specified, observing the required safety rules and conditions.
Guidelines for Catalog●This catalog lists products as of March 2013.
● Please note that specifications of the products listed in this catalog may be changed without notice due to continuous research & development and product improvements.
● This catalog contains the major features and relevant information on all of our products. Please contact our sales representatives or dealers if more detailed information is needed.
●Stock Status Symbols
●:Standard stock available for Right-Hand, Left-Hand and neutral products R:Stock available only in Right-Hand L:Stock available only in Left-Hand ○:1-2 weeks delivery Ⓡ:1-2 weeks delivery only in Right-Hand Ⓛ:1-2 weeks delivery only in Left-Hand ■:While stock lasts No symbol:Not stocked
● Please note that this catalog was prepared based on products intended mainly for sale in North and South America.
■ Standard
1) Holder Type Package quantity NotesTurning holder 1 pc/caseMilling cutter 1 pc/case
2) Spare parts Package quantity Notes
Screw 10 pcs/case Clamp screw, Clamp bolt, Double screw, Button screw
Seat 10 pcs/case Shim seatClamp 10 pcs/case ClampWrench and cutter parts(such as cartridges) 5 pcs/case Wrench, bit, cutter product
Handle 1 pc/case Handle with magnet, handle and bit3) Insert Type Package quantity NotesCBN 1 pc/case B23, B30, B36, B40, B52PCD 1 pc/case PD1CTPW insert for cut-off 5 pcs/case CTPW seriesSTICK DUOSolid carbide bar 1 pc/case SHFS, SHFB, SBFS, SBFB, SBG, SBT
All others 10 pcs/case* Packaging may vary depending on the product size. For more information, please contact your nearest dealer or our sales office.
ContentsContentsContents Cutting Tool CatalogTable of Contents
New Product Information A1 to A5
Application Introduction B1 to B10
Tool Materials / Selection Guide C1 to C14
Grade Introduction D1 to D38
Insert Item List E1 to E51
General TurningToolholders F1 to F20
ID Tooling G1 to G5
Grooving Tools H1 to H12
Milling Cutter Ⅰ1 toⅠ19
For Swiss-type Lathes J1 to J133
Infomation K1 to K12
Index L1 to L6
NEW PRODUCTS
"SX7" SiAlON ceramic ……………………………………………………………………………A2
"SP9" CVD coated silicon nitride ceramic …………………………………………………A2
"EZ CUBE" CBN grades ………………………………………………………………………A3
"DM4 / DT4" PVD coated carbide ………………………………………………………A4
"TM4" PVD coated carbide ……………………………………………………………………A4
NEW PRODUCTS FOR SWISS-TYPE LATHES"CUT DUO'' Cut-off tools for large diameter ………………………………………… J2
"BACK DUO" No-compromise quality back turning tools ………………………… J3
"Thread Whirling" Make high precision threads in a SINGLE pass…………… J4
"CL Chipbreaker" Covers extremely wide cutting range ……………………… J5
"AMX Chipbreaker" Designed for very light depth of cut …………………… J6
"UL Chipbreaker" Sharp edged negative inserts that cut like positive ……… J7
"DS-ACH Holders" Adjust centerline height simply with a wrench ………… J8
"Mogul Bar" High rigidity boring bar with excellent chip control ……………… J9
"STICK DUO Hyper" Index double-ended ID tools with ease …………… J10
"Shifted Toolholders" Solution for extended guide bushing users ……… J11
"DS Sleeve"Protect live tool stations ………………………………………………… J11
"SATURN DUO" Face grooving for small parts ………………………………… J12
"Indexable End Mills" Small diameter end mills for small parts ……… J12
A2
SP9 New coated silicon nitride ceramicNEWNEW
High speed cast iron machining with low cutting forces !
● Excellent wear resistance and toughness● Smaller edge preparation reduces cutting force● Stabilize finish applications
● Heavy interrupted machining of cast iron● Roughing to Finishing of cast iron with low tool pressure● High speed, High precision machining
Features
Features
Applications
Applications
SX7 New SiAION ceramicNEWNEW
The next step in machining aerospace alloys !
● Better notching resistance compared to whisker ceramics No need to program ramping when compared to whisker ceramics
● Better flank wear resistance compared to other SiAlON ceramics Superior performance vs. whisker ceramics under same conditions-even higher productivity at higher feed rates
●Excellent thermal shock resistance High speed milling can be performed at 3000SFM or higher
● Roughing and semi finishing of heat resistant alloys●Milling, profiling and grooving of heat resistant alloys● Best grade for pre-machined Waspaloy
➡B2・D12
➡B4・D11
New Products
A3
●
Grade Main binder CBN content Major applicationsB23 Ti-base 90% High speed roughing of gray cast iron, sintered metalsB30 Ti-base 95% High speed finishing of gray cast ironB36 TiCN-base 65% Light- to interrupted machining of hardened materialsB40 TiN-base 65% Interrupted machining of hardened materialsB52 TiC-base 50% Finishing of ductile cast iron and continuous machining of hardened materials
● Multiple cutting edges ― lower cost per corner
● A variety of grades optimized for different work materials and machining conditions
● Provides longer and more stable tool life in high-speed machining applications
Gray cast iron‒Rough Gray cast iron‒Finish Ductile cast iron‒FinishB23 B30 B52.004"
20°R.001"
.004"
20°
.004"
15°
R.001"
Hardened material ‒ Continuous Hardened material ‒ Light-interruption Hardened material ‒ InterruptionB52 B36 B40.004"
15°
R.001"25°
R.001"
.005"
R.001"35°
.006"
Suitable for machining Gray/Ductile cast iron Suitable for machining hardened materials
New series of multi-corner tipped inserts in new CBN grades !Cut tooling cost even further by combining with NTK ceramic tools!
〔Standard edge preparation〕 〔Standard edge preparation〕
B23
B52
6000
4500
3000
1500
.04 .08 .12
B30
Ceramic
Cutting speed(SFM)
Depth of cut(inch)
(FCD)
300
600
900
B36B52
B40
Ceramic
Cutting speed(SFM)
Continuous Light-interruption Medium interruption Interruption
〔For cast iron〕 〔For hardened materials〕
* See ceramic grades for hard turning on page B6 and B7.
■ Recommended Cutting ConditionsWork material Grade Cutting speed
(SFM)Feed rate (IPR)
Depth of cut (inch)
CoolantMaterial/other Hardness DRY WET
Gray cast iron HB‒280 B23, B30 1300‒3300 .004‒.020 .008‒.080 ○ ●
Ductile cast iron HB‒330 B52 300‒1600 .004‒.016 .008‒.080 ○ ●
Hardened steel HRC50‒68
Continuous B52 300‒1000 .004‒.020 .004‒.040 ○ ●Light-interruption B36 130‒800 .002‒.008 .004‒.040 ● ●Interruption B40 100‒500 .002‒.008 .004‒.040 ● ○
Sintered alloy HRC‒35 B23 150‒1000 .001‒.008 .002‒.020 ● ●
●1st recommendation ○2nd recommendation
Features
NEWNEW New CBN grades
➡D24・D25
New Products
A4
DM4 / DT4 New PVD coated carbideNEWNEW
Best grade for Titanium alloys !
Extremely smooth coating for excellent surface finish !
Ultra Z coat
Excellent adhesion resistance
Excellent wear resistance
Excellent adherence to insert substrate
Smooth surface makes chip flow easier
Conventional coating
Prevent adhesion
TM4 New PVD coated carbideNEWNEW
Features
Features
Ultra Z coat
● Excellent dimensional stability and tool life thanks to the triple titanium layers adhering to the insert substrate
● Adhesion resistant hard and smooth top coating layer results in excellent surface finishes
● Excellent oxidation resistance enables high temperature machining
● Triple coating layers provide superior tool life and consistancy
● For Titanium alloys● For hard to cut materials● For high temperature alloys
DM4 DT4
Oxidation temperature(℃)Low
Low
High
High
Hardness(Hv)
TiCN DM4 / DT4
TiN TiAIN
Adhesion resistant layer (TiN)
Wear resistant layer (TiCN)
Oxidation resistant layer (TiAIN)
CarbideCarbide
➡D36
➡D36
New Products
A5
PVD Coatings
Best balance of wear resistance and adhesion resistance● For small part machining in general
TM4 TM-Coat
Best balance of heat resistance and sharp edges●Titanium alloy●Heat resistant alloy●Stainless steel●Hardened material
DT4 DT-Coat
Best wear resistance●stainless steel●Carbon steel●Alloy steel
QM3/Q15 Q-Coat
Best edge sharpness●Titanium alloy●Non-ferrous material●Stainless steel●Plastic
VM1 V-Coat
Best heat resistance● Heat resistant alloy● Stainless steel● Hardened material
DM4 DM-Coat
Best adhesion resistance● General purpose machining
ZM3/C7Z Z-Coat
Coating Specitications
Q-Coat TM-Coat DM-Coat DT-Coat V-Coat Z-Coat
Thickness Thick Thin Thick Thin Thin Thick
Wear Resistance ◎ ○ ○ ○ ○
Heat Resistance ◎ ◎ ○
Adhesion Resistance ○ ◎
Edge Sharpness ○ ○ ◎
Composition TiCN Multilayer Multilayer Multilayer TiCN TiN◎1st choice ○2nd choice
NEW
NEWNEW
➡D30・D37
➡D36
➡D37
➡D36
➡D36
➡D31・D37
New Products
A6
ComeMoreto
www.youtube.com /ntkcutting tools
New Products
B1
Application Introduction
● Machining High Temperature Alloys with Ceramics …………………… B2● Machining Gray / Ductile Cast Iron with Ceramics …………………… B4● Machining Mill Rolls with Ceramics … B6● Machining Hardened Materials with Ceramics …………………… B7● Tooling for Swiss-type Lathes … B8● High Speed Milling of Aluminum …B10
B Application
Introduction
B2
Machining High Temperature Alloys with CeramicsSolutions for the Aerospace Industry
• Rough Turning with scale and interruptions
SX5
Notching ○
Flank Wear
Toughness ○
Heat Shock
SiAlON Ceramic
SiAlON Ceramic
• Can replace whisker ceramics by using higher feed rates• Better notching resistance compared to whisker ceramics • No need to program ramping when compared to whisker ceramics • Better flank wear resistance compared to competitor's SiAlON ceramics• Best grade for pre-machined Waspaloy• Best grade for high-speed milling
• Best grade for scale and interruptions• Best grade for machining high-cobalt alloys
■Recommended Work Materials• Waspaloy • Udimet 720• 718Plus • Rene 41
• Semi-Finish • Profiling• Milling • Grooving
■Recommended Work Materials• Inco 718 • Inco 625• Waspaloy • Udimet 720
■Recommended Applications
■Recommended Applications
■Features
■Features
Tool Life : 4.5minRCGX45, 800SFM .006IPR, .040”, WetInco 718 (pre-machined)
Tool Life : 2.0minRNG65, 950SFM .012IPR, .150”, WetWaspaloy with Scale
■Profiling of Inco 718
Competitor’s Whisker Ceramic
Competitor’s Whisker Ceramic
SX7
SX5
■Rough Turning of Waspaloy with Scale
SX7
SX5
Turbine Disk
Turbine Case
NEW➡D12
➡D13
nd ons
Be
tter F
lan
k W
ear Resistance
Semi
Rough
Wa
spa
lo
y
Better Notch
Wa
spa
lo
y
Better Notch
Be
tter F
lan
k W
ear Resistance
Semi
Rough
Application
Introduction
B3
T
ou
gh
er
Finish
Inco 718
ing Resistance
ing Resistance
T
ou
gh
er
Finish
Inco 718
• Semi-Finish • Profiling• Grooving
• Rough turning with scale• Milling
SX7 SX9 WA1
◎ ◎
○ ◎
◎
◎ ◎
• Versatile grade for machining of high temperature alloys• Better flank wear resistance compared to SiAlON ceramics• Better notching resistance compared to competitor's whisker ceramics
• Tougher when compared to whisker ceramics• Extreme toughness makes higher feed and heavier DOC machining possible• Best grade for machining Inco 718 with scale
■Recommended Work Materials
■Recommended Work Materials
• Inco 718 • Inco 625
• Inco 718 • Inco 706• Inco 713
■Recommended Applications
■Recommended Applications
■Features
■Features
Tool Life : 5.0minRPGX45, 800SFM .006IPR, .040”, WetInco 718 (pre-machined)
Tool Life : 3.0minRNG65, 800SFM .010IPR, .150”, WetInco 718 with Scale
■Profiling of Inco 718
■Rough Turning of Inco 718 with Scale
Competitor’s Whisker Ceramic
Competitor’s Whisker Ceramic
WA1
SX9
Whisker-Reinforced CeramicWA1
SiAlON CeramicSX9
Turbine Case
Cover Shield
➡D9
➡D13
Turning GuidanceGrooving Guidance
➡D17➡ H4
Application GuidanceMilling Guidance
➡D14➡ Ⅰ3
Application
Introduction
B4
•
Machining Gray / Ductile Cast Iron with CeramicsHigh Speed Machining of Cast Irons
SP9
Notching
Flank Wear ◎
Toughness ◎
Heat Shock
CVD Coated Silicon Nitride Ceramic
TiC Ceramic Whisker Reinforced Ceramic
■Recommended Applications• Gray cast iron - Rough - Turning and milling• Ductile cast iron - Rough - Turning and milling
■Recommended Applications• Gray cast iron - Finish - Turning(HC2・HC6・WA1)• Ductile cast iron - Finish - Turning(HC6)
• Extreme toughness ‒ Tough enough to rough cast iron with T0420 (.004”X20) edge preparation• Small edge preparation ‒ Low tool pressure for stable precision machining• Turning at high feed rate thanks to the superb toughness• Dramatically reduced flank wear due to CVD coating
■Features
• Make high speed finishing of cast iron possible• Applicable for wet cutting• HC6 ‒ Optimized for finishing ductile cast iron
■Features
NEWSP9
HC2,HC6 WA1
➡D11
rced
Finish Finish
D
RY and WET
D
RY and WET
■Recommended Cutting Conditions
Work material Purpose Grade Cutting speed(SFM)
Feed(IPR / IPT)
Depth of cut(inch) DRY WET
Gray cast ironTurning
SP91200-2700 .012-.024 -.140 ● ○
Milling 1200-2700 .002-.010 -.300 ● ○
Ductile cast ironTurning
SP9800-2000 .012-.024 -.140 ○ ●
Milling 800-2000 .002-.010 -.300 ● ○
■Recommended Cutting Conditions
Work material Purpose Grade Cutting speed(SFM)
Feed(IPR)
Depth of cut(inch) DRY WET
Gray cast iron TurningHC2/HC6 1200-2100 .004-.016 -.060 ● ●
WA1 1200-2100 .004-.016 -.120 ● ●
Ductile cast iron Turning HC6 600-1500 .004-.012 -.040 ○ ●
➡D9➡D6・D7
Application
Introduction
B5
D
RY
D
RY
RoughRough
SX6 SX1 SP2
◎ ○
◎
○
◎ ○
CVD Coated Silicon Nitride Ceramic
Silicon Nitride Ceramic
Alumina Oxide Ceramic
■Recommended Applications• Gray cast iron - Finish - Turning• Chilled liners - Rough / Finish - Turning(HW2)
■Recommended Applications• Gray cast iron - Rough - Turning and milling• Ductile cast iron - Rough - Turning and milling
• 1st choice for roughing gray cast iron• Applicable for wet cutting• Excellent thermal shock resistance make high speed milling possible
■Features• 1st choice for finishing gray cast iron with no coolant• Excellent wear resistance make high speed finishing possible
■Features
HC1, HW2
SX6, SX1 SP2 ➡D11
■Recommended Cutting Conditions
Work material Purpose Grade Cutting speed(SFM)
Feed(IPR)
Depth of cut(inch) DRY WET
Gray cast iron TurningHC1 1200-2100 .004-.016 .020-.080 ●
HW2 1200-2100 .004-.016 .020-.080 ●
Chilled liners Turning HW2 800-1200 .004-.012 .020-.080 ○
■Recommended Cutting Conditions
Work material Purpose Grade Cutting speed(SFM)
Feed(IPR / IPT)
Depth of cut(inch) DRY WET
Gray cast ironTurning
SX6 1800-3500 .012-.024 .020-.140 ● ●
SX1 1500-3000 .012-.024 .020-.140 ● ●
SP2 1200-2700 .008-.020 .020-.140 ● ●
Milling SX6 1500-4200 .003-.010 .020-.140 ● ○
Ductile cast iron
TurningSX6 900-1800 .005-.016 .020-.120 ○ ●
SX1 800-1600 .005-.016 .020-.120 ○ ●
MillingSX6 1200-2000 .003-.008 .020-.120 ● ○
SX1 1000-1800 .003-.008 .020-.120 ● ○
Milling Guidance ➡Ⅰ3
➡D10・D11
➡D4・D5
Application
Introduction
B6
■ HRCD ■ VRAON
Features
● Several ceramic and CBN grades for all mill-roll turning applications
● In addition to standard grade "HC2", NTK offers "HC5" and "HC7" for higher productivity
Machining Mill Rolls with CeramicsImprove Productivity
Recommended Cutting Conditions
MaterialChoice Cutting speed
(SFM) Feed (IPR)
Depth of cut (inch) DRY WET
Shore Hardness ScaleGrade 55-65 65-72 72-
Steelex. D2
1st HC7 150‒500 100% 80% 60% .004‒.012 .025‒.075 ●
2nd HC5 150‒500 100% 80% 60% .004‒.012 .025‒.075 ●
3rd HC2 150‒450 100% 80% 60% .004‒.012 .025‒.075 ●
Chilled Cast Iron
1st HC5 150‒600 100% 80% 60% .004‒.012 .025‒.075 ●
2nd HC7 150‒600 100% 80% 60% .004‒.012 .025‒.075 ●
3rd HC2 150‒450 100% 80% 60% .004‒.012 .025‒.075 ●
Ductile Cast iron1st HC5 300‒600 100% 80% 60% .004‒.012 .025‒.075 ●
2nd HC6 300‒600 100% 80% 60% .004‒.012 .025‒.075 ●
Carbide1st CBN 100‒200 .004‒.012 ‒.010 ●
2nd WA1 100‒200 .004‒.012 ‒.010 ●
CPM Rollsex. Powdered Metal
1st ZC4 150‒500 .004‒.012 .025‒.075 ●
2nd HC7 150‒500 .004‒.012 .025‒.075 ●
Holders
➡F20 ➡F19
・Hardness of the Roll is the important factor. As the roll gets harder, back off your SFM.・ DOC will depend upon the amount of material to remove. When making multiple passes with one edge, vary your DOC to move the wear to another part of the insert edge.・If you encounter Chatter, increase your Feed Rate first to get rid of it. Variable RPM controllers are helpful here to break up harmonics.
Application
Introduction
B7
Machining Hardened Materials with CeramicsDramatically Reduce Costs
ZC7/ ZC4
● ZC7 and ZC4 have excellent wear resistance needed to machine hardened materials
● ZC7 covers a wide range of applications such as carburized or induction hardened steels
● ZC4 performs the best in hardened material applications from HRc 55-70
● Wiper inserts and AG-chipbreaker improve machining efficiency
5050
100
200
300
400
500
600
700
800
55 60
HARDNESS (HRc)
SPEED (SFM)
65 70
Features
Recommended Speed Range
Recommended Cutting Conditions
AG-Chipbreaker
■ With AG-chipbreaker
■ Without AG-chipbreaker
● Good chip control● Improve surface finish● Reduce machine down time● Price advantage vs. CBN
Work material Hardness(HRc) Grade Purpose Cutting speed
(SFM)Feed (IPR) DRY WET
Hardened material30‒62 ZC7 Finish
(Continuous) 130‒700 .003‒.008● ●
55‒70 ZC4 ● ●
➡D8
Application
Introduction
B8
Application
Introduction
Tooling for Swiss type lathes
Advanced DS holders
➡J8
For front turning
➡J5
New back turning tool
➡J3
For light depth of cut
➡J6
For small diameter cut-off
➡J54
For large diameter cut-off
➡J2
For negative inserts
➡J7
A must for extended guide bushing users
➡J11
NEW NEW
NEW NEWNEW
NEW NEWNEW
B9
Application
Introduction
A great solution for chip control problems
➡J118
High quality polycrystalline diamond grade
1➡D26 New swiss tooling catalog now available
For more detail
Protection for live tool spindles
➡J11
Hight performance thread forming
➡J4
Face grooving tool
➡J12
High rigidity boring bar
➡J9
Double-ended bars with adjustable overhang
➡J10
F d t il
NEW
NEW NEW
NEW NEW
B10
utteruttererformanceerformanceighigh
High Speed Milling of Aluminum
NEWNEW
●Wide cutter diameter range Ranging from φ.79" to φ3.94"
●No presetting required The fixed-type HPC can be indexed only by replacing inserts※ The adjustable HPC allows adjustment of cutter variance to 5㎛ or less
●High rigidity High-reliability due to steel cutter body
●Max. speed 18000 RPM
●HPC clamping system
The HPC insert is protected from centrifugal movement by combining the body and cartridge with an insert clamp screw
Prevents insert movement due to centrifugal force
Features
Recommended Cutting Conditions
Work material Grade Cutting speed (SFM)
Feed (IPT)
Depth of cut(inch) DRY WET
AluminumPD1 2000-12000 .002-.008 -.220 ●
TM1 1000-5000 .003-.008 -.220 ○ ●
Cartridge
Body Body
Insert clamping screwInsert
Safety design
➡Ⅰ18
Application
Introduction
C1
Tool Materials / Selection Guide
● Application Range of NTK Insert Grades ……………………………… C2● Recommended Types of Materials and Applications : Ceramics and CBN … C4
● ANSI / ISO Insert Nomenclature … C6
● Chipbreakers for Positive Inserts … C8
● Chipbreakers for Negative Inserts ……………………………………… C12
C
Tool Materials /
Selection Guide
C2
Application Range of NTK Insert Grades
PVD CoatedMicro Grain CarbideDM4DT4TM4QM3VM1ZM3
AluminaCeramic
HC1HW2
Cubic Boron NitrideB23B30B36
Al2O3-SiC Whisker CeramicWA1
Silicon Nitride CeramicSX1SX5SX6SX7SX9CVD Coated Silicon Nitride CeramicSP2SP9
Micro Grain CarbideKM1
Polycrystalline DiamondPD1
CVD Coated CarbideCP1
Low Feed High
Low
Cutting speed
HighAlumina-TiC
CeramicHC2ZC4HC5HC7ZC7
TiCCeramic
HC6
CermetXT3C7XXN4
PVDCoated Cermet
Q15C7Z
B40B52
NEW NEW
NEW
NEW
NEW
NEW
NEW
NEWNEW
Tool Materials / Selection GuideTool Materials /
Selection Guide
C3
PCarbon steelAlloy steel
MStainless steelCast steel
KGray cast ironDuctile cast iron
NAluminum alloyNonferrous metal
SInconelHastelloyWaspalloyRene
HHardened materialSteel Mills
ISO Ceramic / CBN CermetPVD coated cermetPCD
CarbidePVD coated micro-grain carbide
CVD coated carbide
01
10
20
30
40
01
10
20
30
40
01
10
20
30
HC1, HW2
KM1
QM3
ZM3
DM4
WA1
HC2, HC5, HC6
SX1, SX6
WA1
KM1
TM4
PD1
TiN coating
TiCN coating
Carbide w/o coating
Multilayer coating
Cermet
Whisker ceramic
Silicon nitride ceramic
Alumina ceramic
C B N
P C D
VM1
DT4
DT4
QM3
TM4
ZM3
QM3
CP1
VM1
TM4
XN4
SP9
SX9
C7X
C7Z
ZC7
HC7
Q15
XT3
B23, B30, B52
B36
B52
HC2, HC5, ZC4
B40
SX9
SX5
SX7
Wea
r res
istanc
eW
ear r
esistanc
eW
ear r
esistanc
e
Toug
hnes
sTo
ughn
ess
Toug
hnes
s
Wea
r res
istanc
e
Toug
hnes
s
Wea
r res
istanc
e
Toug
hnes
s
C7X
C7Z
■ Insert grade recommendation by work material type
Tool Materials /
Selection Guide
C4
Work material Tool GradeApplication
Continuous InterruptionLight interruption
CoolantRoughing Semi-finishing Finishing Dry Wet
Gray cast iron
Ceram
ic
SX6/SX1/SP2 ● ●
SP9 ● ○
HC1/HW2 ●
HC2/HC6 ● ●
WA1 ● ●
CBN
B23 ○ ●
B30 ○ ●
Chilled Liners
Ceramic HW2 ●
HC2 ● ○
Ductile cast iron
Ceram
ic SX1/SP9 ○ ●
HC6 ○ ●CBN
B52 ○ ●
Heat-resistant alloy
* Based on Using ½" IC Insert
Ceram
ic SX5 ●
SX7/SX9 ● ●
WA1 ○ ●
Hardened material
Ceramic
ZC4/ZC7 ● ●
CBN
B52 ○ ●
B36 ● ●
B40 ● ○
Rolls
* Based on Using ½" IC Insert
SteelCarbide
Ceramic WA1 ●
HC7 ●CBN
B23/B36 ●
Cast iron Ceramic
HC5/HC2/HC7 ●CBN
B30 ●
Ductile iron Ceramic
HC5/HC6 ●CBN
B52 ●
Tool Materials / Selection Guide■ Recommended Types of Materials and Applications : Ceramics and CBN ●1st Choice ○2nd Choice
(Milling) (Turning)
(Turning)
(Turning)
Tool Materials /
Selection Guide
C5
Cutting speed (SFM) Feed rate (IPR / IPT) Depth of cut (inch)
•Starting speed based on using CNGA432 insert
.02 .04 .08 .12 .16.004 .008 .012 .016 .020 .0243500
Milling
Milling
Milling
Turning
Turning
Turning
300 600 900 1200 1500 1800 2100 2400 2700 3000150
Turning
Turning Turning
TurningTurning
Turning
Milling
Milling
Tool Materials /
Selection Guide
C6
Tool Materials / Selection Guide
1 Shape
C 80°
D 55°
E 75°
L
P
R
S
T
V 35°
W 80°
2 Clearances 4 Type
0°
5°
7°
11°
15°
20°
N
B
C
P
D
E
SInch N G A1 2 3 4
SMetric N G A
S TC
D K
φd
m m
φd s
3 Tolerance Class
Symbol d (inch) m (inch) s (inch)
M tolerance
M tolerance
Inscribed Circle
Inscribed Circle
d (inch)
d (inch)
1/4"3/8"1/2"5/8"3/4"1"
±.002±.002±.003±.004±.004±.005
m (inch)
m (inch)
±.003±.003±.005±.006±.006±.007
AFCHEGJKLMNU
±.0010±.0050±.0010±.0050±.0010±.0010±.0020
±.002~±.005±.002~±.005±.002~±.005±.002~±.005±.003~±.010
±.0002±.0002±.0005±.0005±.0010±.0010±.0020±.0005±.0010
±.003~±.007±.003~±.007±.005~±.015
±.0010±.0010±.0010±.0010±.0010±.0050±.0050±.0010±.0010±.0050±.0010±.0050
1/4"3/8"1/2"5/8"3/4"
±.002±.002±.003±.004±.004
±.004±.004±.006±.006±.007
6 Thickness
ThicknessS(inch)
3/32"
1/8"
5/32"
3/16"
1/4"
5/16"
3/8"
1/2"
Inch Metric
02
03
T3
04
06
07
09
12
1.5
2
2.5
3
4
5
6
8Special design
70°-90°
70°-90°
40°-60°
40°-60°
Type Symbol Type Symbol
N (E)
F
R
A
G
M
X
H
B
T
W
■ ANSI / ISO Insert Nomenclature
Tool Materials /
Selection Guide
C7
4 3 3 T 04 205 6 7 8 9 10
12 04 12 T 010 20
C D R S T V WInscribed Circle
1/4"
3/8"
1/2"
5/8"
3/4"
1"
Inch Metric
06
09
12
16
19
25
07
11
15
19
23
31
06
09
12
15
19
25
11
16
22
27
33
44
11
16
22
27
33
44
04
06
08
10
13
17
2
3
4
5
6
8
5 Symbol for Insert Size
R
7 Corner RadiusCorner Radius Inch Metric
1/64"
1/32"
3/64"
1/16"
5/64"
3/32"
1/8"
1
2
3
4
5
6
8
04
08
12
16
20
24
32
ba
r
8 Edge Condition 9 Negative land width 10 Negative land angle
Sharp FNX08
E
T
Z
S
U
K
J
P
Q
Honed
Chamfered
Chamfered and Honed
Double Chamfered
Double Chamfered and Honed
inchDescription
metrica
(inch)r
(inch)
E
T
Z
S
UKJPQ
0102010204050608040804081628607195
002004003005010012015020010020010020040070150180240
--.001.002.004.005.006.008.004.008.004.008.016.028.060.071.095
.001
.002------.001.001.002.002.003-.001.002.003
Note: K, J, P & Q show its primary land width
Description b
10
15
20
25
30
10°
15°
20°
25°
30°Note: K, J, P & Q show its primary land angle
Tool Materials /
Selection Guide
C8
Name Chipbreaker Geometry Features Chip Control Range
AMX
.012 (0.3)
DCGT32.508M shown
10°● Excellent chip control on very light depth of cut
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
AZ7
DCGT32.508M shown
.016(0.4)
● Excellent chip control at light feed and light depth of cut
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
ZR
DCMT32.508 shown
.031(0.8)
● Covers a wide range of depth of cut under high-speed and low-feed conditions
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
QD
DCMT32.508 shown
7°
.051 (1.3)
● Provides stable machining with tough cutting edge processed by fine honing
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
AM3
.047(1.2)
6°
DCGT32.508 shown
● All-purpose chipbreaker● First choice for most applications
● Great combination of sharp edge and chip control
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
CL
.189 (4.8)
DCGT32.508M shown
17°
● Double-positive geometry● Sharp edge and low tool pressure
● Very wide chip control range .016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
1L
.264 (6.7)
DCGT32.508 shown
16°
● Double-positive design with low tool pressure
● Tough cutting edge and excellent performance in combination with QM3
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
■ Molded Chipbreakers for Positive Inserts
Chipbreakers for Positive inserts
➡J6
➡J5
Tool Materials /
Selection Guide
C9
Name Chipbreaker Geometry Features Chip Control Range
FG
.059 (1.5)
TPGH221 shown
17°
● Exclusively designed for ID boring
● Evacuate chips BACKWARD at light depth of cut
● Sharp cutting edge with high rake angle
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
AF1
CCGT32.508 shown
5°
.031(0.8)
● Produces remarkable surfaces in semi-finishing of steels
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
AM5
.035 (0.9)
CPGH21.508 shown
6°
●Chipbreaker for boring● Provides both good cutting performance and chip control .016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (inch)
.12
.08
.04
.02
.02 .04 .08 .12Feed (IPR)
Depth of cut (inch)
CLZR
AM3
AZ7
AMX
Feed (IPR)
Depth of cut (inch) .12
.08
.04
.02
.02 .04 .08 .12
AT/S/UHG/U/U1
F05・F1KHG/KKHG/KKHG/KKHG/K
Molded Chipbreakers Ground Chipbreakers
■ Molded Chipbreakers for Positive Inserts (continued)
➡J9
Tool Materials /
Selection Guide
C10
Name Chipbreaker Geometry Features Chip Control Range
KHG
DCET32.508 shown
.040 (1.0)
14°
● Excellent chip control on finishing cuts
● For super high-precision machining
* Precision tolerance in corner radius: ±.0004"
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
K
TPGHP7308 shown
.040 (1.0)
15°
● Superb chip control on finishing applications
● Sharp cutting edge with the high rake angle .016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (inch)
UHG
.043 (1.1)
R
DCET32.504M shown
●Sharp cutting edge● Covers wide cutting condition range
* Precision tolerance in corner radius: ±.0004"
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
U/U1
DCGT32.508 shown
R
.063 (1.6)● Sharp cutting edge prevents work materials from work hardening
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
S
DCGT320.508 shown
15°
.040 (1.0) ● Standard ground chipbreaker with wide cutting condition coverage
● Sharp cutting edge with excellent chip control
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
AT 15°
.040 (1.0)
R
DCGT32.508 shown
● Excellent adhesion resistance with dimensional stability
● Best for small diameter parts and for machining low carbon steels
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
FM
.028 (0.7)
DCGT32.508 shown
● Full-peripheral ground chipbreaker
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
■ Ground Chipbreakers for Positive Inserts
Chipbreakers for Positive insertsTool Materials /
Selection Guide
C11
Name Chipbreaker Geometry Features Chip Control Range
F05
TPGP5208 shown
3°
.051 (1.3) ● Exclusively designed for ID boring
●Evacuate chips BACKWARD● Excellent choice for blind hole machining
Chip backward
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
F1
TPGP2208 shown
.071 (1.8)
3°
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
B1
TCGP5208 shown
.024 (0.6)
10°
.006 (0.15)
● Stable cutting in boring thanks to sharp and tough cutting edge
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
B2
TPGP7308 shown
.040 (1.0)
10°
.006 (0.15)
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
B3
TPGP6308 shown
.051 (1.3)
10°
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
A
CPGP0308 shown
.040 (1.0)
14°
.006(0.15)
● Tough cutting edge and good chip control● General-purpose ID chipbreaker
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
A1
A
A1
CPGP8308 shown
.031 (0.8)
14°
.006(0.15)
A2
ERGP52Y shown
.031 (0.8)
20°
● Control chips at light feed and light depth of cut
● Sharp cutting edge due to large rake angle .016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (inch)
■ Ground Chipbreakers for Positive Inserts (continued)
➡J9
➡J9 Tool Materials /
Selection Guide
C12
Name Chipbreaker Geometry Features Chip Control Range
UL
TNGG3304M shown
20°
.157(4.0) ● Negative insert with positive insert's chipbreaker
● Reduced burr Improved microfinish
● Superb advantage in cost per corner over positive inserts
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
ZF1
CNMG432 shown
● Cut small curled chips on finishing cuts
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
WM
CNMG431 shown
● Remarkable chip control in the low feed range
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
ZW1
CNMG432 shown
.005 (0.13)● Versatile chipbreaker with remarkable chip control performance in a wide range
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
ZP
CNMG432 shown
● Double-positive rake and sharp cutting edge
● Low tool pressure even at heavy depth of cut .016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (inch)
Z5
CNMG432 shown
.008 (0.2) ● Very tough insert● Suitable for high loaded interrupted machining
● Designed for machining with heavy interruption
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
WV
CNMG432 shown
.008 (0.2)
● Offers the advantages of both tough cutting edge and chip control
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
G
CNMG432 shown
.008 (0.2)
● Tough chipbreaker for roughing with exceptional stability
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
■ Molded Chipbreakers for Negative Inserts
Chipbreakers for Negative inserts
➡J7
Tool Materials /
Selection Guide
C13
Name Chipbreaker Geometry Features Chip Control Range
DA
TNGG3304 shown
.098 (2.5)
15°
● Excellent chip control and sharp cutting edge
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
D1
TNEG3308 shown
.098 (2.5)
.002 (0.05) 15°
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
N1
.059 (1.5)
14°
TNGG3308 shown
● Double-positive design with the large rake angle●Excellent chip control
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
U2
TNGG3308 shown
.091 (2.3)
R
● Reduced burr and work hardening due to high rake design
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
B
TNGG331 shown
.008(0.2) .059 (1.5)
14°
● General-purpose chipbreaker with excellent toughness and chip control
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
C
TNGG3308 shown
.087 (2.2)
14°
.008(0.2)
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
■ Ground Chipbreakers for Negative Inserts
Feed (IPR)
Depth of cut (inch) .12
.08
.04
.02
.02 .04 .08 .12
ULZP
WWMW
ZF1
Feed (IPR)
Depth of cut (inch) .12
.08
.04
.02
.02 .04 .08 .12
D1 U2
DA
Molded Chipbreakers Ground Chipbreakers
Tool Materials /
Selection Guide
C14
Tool Materials / Selection Guide
■ Positive Inserts
.12
.08
.04
.02
.02 .04 .08 .12Feed (IPR)
Depth of cut (inch)
CLZR
AM3
AZ7
AMX
Feed (IPR)
Depth of cut (inch) .12
.08
.04
.02
.02 .04 .08 .12
AT/S/UHG/U/U1
F05・F1KHG/KKHG/KKHG/KKHG/K
■ Negative Inserts
Feed (IPR)
Depth of cut (inch) .12
.08
.04
.02
.02 .04 .08 .12
ULZP
WWMW
ZF1
Feed (IPR)
Depth of cut (inch) .12
.08
.04
.02
.02 .04 .08 .12
D1 U2
DA
Molded Chipbreakers
Molded Chipbreakers
Ground Chipbreakers
Ground Chipbreakers
Tool Materials /
Selection Guide
D1D1
Grade Introduction
Grade Introduction
■Ceramics …………………………… D1●Overview of Ceramic Inserts … D2●Alumina-based Ceramics …… D4●Alumina TiC-based Ceramics … D6●Whisker-reinforced Ceramics … D9●Silicon Nitride-based Ceramics D10●SiAION Ceramics …………… D12● Guideline for Machining Heat Resistant Alloys ……… D14
■CBN / PCD ……………………… D23■Cermet / Coated Cermet …… D27■Carbide / Coated Carbide …… D33
D
D2
Ceramics
●Alumina-based ceramics(White ceramics)
For Gray Cast Iron
●Silicon nitride-based ceramicsFor Gray Cast IronDuctile Cast IronHeat Resistant Alloys
■ Advantages of ceramic cutting tool (1) ■ Advantages of ceramic cutting tools (2)
●Alumina TiC-based ceramics(Black ceramics)
For Gray Cast IronDuctile Cast IronHardened MaterialsMill Rolls
●Whisker-based ceramicsFor Heat Resistant AlloysGray Cast IronHardened MaterialsMill Rolls
NTK’s premium ceramic grades ensure the user higher productivity. All of the grades show superior high temperature hardness, heat resistance and chemical stability. NTK offers many types of ceramic cutting tool materials (silicon nitride-based, alumina-based and whisker-based) in a variety of geometries to meet customer demands.
22
20
18
16
14
12
10
8
6
40 200 400
Temperature (℃)
Carbide P10
Cermet
Black ceramic HC2
White ceramic HC1
Silicon nitride-based SX6
Vickers Hardness (GPa)
【 Hardness at high temperature by tool material 】
600 800 1000 1200
The material retains high hardness even at
increased temperatures !!
Excellent wear resistance at high cutting speed
1600
1400
1200
1000
800
600
400
200
00 200 400
Transverse rupture strength. (MPa)
600 800 1000 1200 1400
Carbide P10
Cermet
Black ceramic HC2
White ceramic HC1
Silicon nitride-based SX6
Low impact on bendingstrength even under high
temperature
【 Breaking strength at high temperature by tool material 】
Stable machining is possible in the high speed range
Temperature (℃)
Grade Introduction
[ Ceram
ics ]
D3
Grade / Coating Applications / Features
Physical properties*
Application mapDensity
/㎠
Hardness
HRA
Bending strength
MPa
Young'smodulus
GPa
Thermalexpansioncoefficient
X10-6/K
Thermalconductivity
W/m・K
Whit
e cera
mics
Alum
ina - b
ased
ceram
ics HC1
Al2O3
KSemi-finish / Finish 4.0 94.0 700 400 7.8 17
【Gray cast iron, Finish, DRY, White ceramics】
HC1
HW2
High
HighToughness / strength
Wear resistance
Best wear resistance
HW2
Al2O3
KRough / Semi-finish / Finish 4.1 94.0 750 390 7.8 19Outstanding fracture toughness
Blac
k ce
ramics
Alumina + TiC-bas
ed ceram
ics
HC2
Al2O3+TiC
K HSemi-finish / Finish 4.3 94.5 800 420 7.9 21 【Gray cast iron, Finish, WET, Black ceramics】
HC6HC2
HC7/ ZC7
High
HighToughness / strength
Wear resistance
HC2
【Machining of hardened materials】
ZC4 HC7/ZC7
Wear resistance
High
HighToughness / strength
General black ceramic
ZC4
Al2O3+TiC
K HSemi-finish / Finish 4.6 95.5 1,000 420 7.8 25Competitive vs CBN
HC5
Al2O3+TiC
KSemi-finish / Finish 4.3 95.0 900 420 7.8 25Stable performance for Mill Rolls
HC6
TiC+Al2O3
KSemi-finish / Finish 4.7 94.0 800 450 7.6 29Excellent performance for Ductile
HC7
Al2O3+TiC
K HSemi-finish / Finish 4.6 95.0 1,100 420 7.9 23Stable performance for Mill Rolls
ZC7Al2O3+TiCTiN coat
K HSemi-finish / Finish 4.6 95.0 1,100 420 7.9 23Excellent wear resistance in wide hardness range
Silic
on N
itride - b
ased
ceram
ics
SX1
Si3N4
KRough 3.2 93.5 1,200 320 3.0 29
【Machining of Gray cast iron / Rough】
SX1
SX6
SP9
SX9
Wear resistance
High
HighToughness / strength
Wear resistance
High
HighToughness / strength
【Machining of Inco 718】
WA1 SX7
SX9SX5
Good wear resistance and toughness
SP2Si3N4
TiN+Al2O3 coat
KRough 3.2 93.5 1,100 320 3.0 29Good flank wear resistance
SX5
SiAlON
K SRough / Semi-finish 3.6 92.5 1,100 350 4.0 18Excellent toughness
SX6
Si3N4
KRough 3.2 93.5 1,200 320 3.0 501st choice for Cast Iron machining
SX7
SiAlON
K SRough / Semi-finish 3.3 93.5 900 290 3.4 11Can replace whisker ceramic
SX9
SiAlON
K SRough / Semi-finish 3.3 93.5 1,200 330 3.0 15Excellent combination of toughness and heat resistance
SP9Si3N4
TiN+Al2O3 coat
KRough / Semi-finish / Finish 3.3 93.5 1,200 330 3.0 15Low tool pressure increased toughnessDecreased tool pressure
Whiske
r - reinf
orced
ceramic
s WA1
Al2O3+SiC
K H SSemi-finish / Finish 3.7 94.5 1,200 400 7.6 35Superior flank wear resistance with toughness
*For coated grades, the values of the substrate material are indicated.
Grade Introduction
[ Ceram
ics ]
D4
Ceramics■ Alumina-based ceramics (White ceramics)
Characterized by high oxidation resistance and adhesion resistance. This ceramic utilizes alumina that is thermally and chemically stable. This ceramic is best suited for high-speed cutting applications where cutting temperature tends to be high with no coolant.
HC1 Ideal grade for high-speed finishing of cast iron !
HC1
HW2
High
HighToughness / Strength
Wear resistance
Brake rotorGray cast iron
2100 SFM
.012 IPR
.020" DOC
DRY
NTK:HC1 130 pcs
Competitor’s black ceramic 65 pcs
【Gray cast iron, Finishing, Dry cutting, White ceramic】
● Best wear resistance● Stable machining performance in many high-speed machining applications
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR)
Depth of cut(inch) DRY WET
HC1 Gray cast iron Turning Finish 1200‒2100 .004‒.016 .020‒.080 ●
Grade Introduction
[ Ceram
ics ]
D5
HW2 Alumina-based ceramic grade with high toughness !
Cylinder linerChilled liner
1200 SFM
.012 IPR
.080" DOC
DRY
NTK:HW2 70 pcs
Competitor’s white ceramic 30 pcs
● Outstanding fracture toughness● Stable machining performance in many high-speed machining applications
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR)
Depth of cut(inch) DRY WET
HW2 Gray cast iron Turning Rough-Finish 1200‒2100 .004‒.016 .020‒.080 ●
Grade Introduction
[ Ceram
ics ]
D6
Ceramics
Mill roll
240 SFM
.008 IPR
.020" - .120" DOC
DRY
NTK:HC2 20 pcs
Competitor’s black ceramic 10 pcs
HC6HC2
HC7/ ZC7
High
HighToughness / Strength
Wear resistance
HC2
ZC4 HC7/ ZC7
High
HighToughness / Strength
Wear resistance
■ Alumina TiC-based ceramics (Black ceramics)Alumina TiC-based ceramics are strengthened by adding hard carbide to highly pure alumina. This process results in ceramic materials that shows excellent performance in either wet or dry cutting conditions. As an added benefit, hardness and toughness has been improved which enables the machining of partially interrupted cuts. This ceramic material has both high-hot hardness and low plasticity needed to cut hardened materials.
【Gray cast iron, Finishing, WET, Black ceramic】 【Machining of hardened materials】
HC2 The standard grade for machining cast iron and hardened materials !
● Well-balanced content of aluminum oxide and titanium carbide (Al2O3 +TiC) sintered under pressure● Stable performance under a wide range of machining conditions● General purpose ceramic which works well in a wide range of cutting applications
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR)
Depth of cut(inch) DRY WET
HC2Gray cast iron Turning Semi finish‒Finish 1200‒2100 .004‒.016 .020‒.060 ● ●
Mill rolls(Cast iron) Turning Semi finish‒Finish 150‒500 .003‒.008 .020‒.140 ●
Grade Introduction
[ Ceram
ics ]
D7
Mill rollChilled cast iron
230 SFM
.016 IPR
.394" DOC
DRY
55″
φ53″
NTK:HC5 4 pass
Competitor’s black ceramic 2 pass
Differential case
Ductile cast iron
900 SFM
.008 IPR
.020" DOC
WET
NTK:HC6 60 pcs
Competitor’s coated carbide 30 pcs
HC5 Developed for Mill Rolls !
HC6 For machining ductile cast iron !
●Developed for use in hard turning applications for mill rolls●Excellent toughness combined with wear resistance
● Designed specifically for finish turning of ductile / nodular cast irons● TiC-based ceramic with improved wear resistance at high cutting speed
Features
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR)
Depth of cut(inch) DRY WET
HC5Mill roll(Cast iron) Turning Rough‒Finish 150‒500 .003‒.008 .020‒.140 ●
Mill roll(Steel) Turning Rough‒Finish 150‒500 .003‒.008 .020‒.140 ●
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR)
Depth of cut(inch) DRY WET
HC6 Ductile cast iron Turning Finish 600‒1500 .005‒.012 .020‒.040 ○ ●
Grade Introduction
[ Ceram
ics ]
D8
Ceramics
Side gearCase carburizing steel
Hardness:HRC63
400 SFM
.004 IPR
.006" DOC
DRY
NTK:ZC4 60 pcsCompetitor’s black ceramic 30 pcs
Gear
Carburized and hardened steel
300 SFM
.005 IPR
.006" DOC
WET
NTK:ZC7 80 pcsCompetitor’s
CBN 80 pcs
HRC58-62
ZC4 For machining hardened materials !
ZC7/ HC7 For machining hardened parts with a wide range of hardness !
● TiN-coated premium ceramic grade with the finest grain size of the all NTK ceramic grades● Best for hard turning applications from (HRC 55 - 70)● The gold coating makes edge wear easily detectable
● Excellent wear resistance in a wide range of applications such as machining carburized or induction hardened steels (HRC 30 - 62)
● High quality surface finishes with wiper facet inserts● TiN coated ZC7 is available in various geometries as standard
Features
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR)
Depth of cut(inch) DRY WET
ZC7HC7
Hardened material(HRC30-62) Turning Finish 130‒700 .003‒.008 .005‒.030 ● ●
Mill roll(Steel / Cast iron) Turning Rough ‒ Finish 150‒500 .004‒.020 .020‒.140 ● ○
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR)
Depth of cut(inch) DRY WET
ZC4 Hardened material(HRC55-70) Turning Finish 130‒700 .003‒.008 .005‒.030 ● ●
Grade Introduction
[ Ceram
ics ]
D9
Housing
Inco 625
900 SFM
.006 IPR
.020"-.030" DOC
WET
NTK:WA1 1 passCompetitor’s whisker ceramic 1 pass
WA1 Ultra high-speed machining of heat resistant alloys and cast iron !
● Best flank wear resistance at high speed● Best notch wear resistance compared to competitor's whisker-reinforced ceramics● Increased toughness compared to competitor's whisker-reinforced ceramics
Features
Wear resistance
High
HighToughness / strength
【Machining of Inco 718】
WA1 SX7
SX9SX5
■ Whisker-reinforced ceramicsWA1 ceramic grade has a unique combination of superior wear resistance, toughness and flaking resistance as a result of adding SiC whiskers to Alumina. WA1 is primarily used in machining continuous cuts of aerospace alloys because of its productivity and reliability characteristics. WA1 can also be used to machine gray cast iron and hardened steels because of its excellent thermal shock resistance.
【Heat-resistant alloy】 【WA1 structure】
Recommended applications
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR)
Depth of cut(inch) DRY WET
WA1
Heat resistantalloy Turning
Rough no scale 600‒1200 .004‒.010 .040‒.010 ●
Semi finishProfiling 600‒1500 .004‒.008 .020‒.080 ●
Grooving 600‒1200 .002‒.006 ‒ ●
Gray cast iron Turning Semi finishFinish 1200‒2100 .004‒.016 .020‒.120 ● ●
Mill roll (Carbide) Turning Rough‒Semi finish 150‒500 .003‒.008 .020‒.140 ●
Competitor’s Whisker Ceramic WA1
Grade Introduction
[ Ceram
ics ]
D10
■ Silicon Nitride-based ceramicsSilicon nitride-based ceramics have approximately twice the fracture toughness of alumina-based ceramics. Their fracture toughness is nearly the same as some carbide grades. Silicon nitride ceramic enables the user to perform productive high speed machining where traditional ceramic grades could not perform, including milling cast iron and interrupted cutting with scale.
SP2
SX1
SX6
SP9
Better
BetterToughness / strength
Wear resistance
【Gray cast iron, Roughing】
Brake rotor
Gray cast iron
2400 SFM
.025 IPR
.080" DOC
DRY
NTK:SX6 150 pcsCompetitor’s
silicon nitride ceramic 100 pcs
Cylinder block
Gray Cast Iron
330 SFM
.0043 IPT
.080″+.040″DOC
Residual coolant
NTK:SX6 150 pcsCompetitor’ssolid CBN 150 pcs
SX6 Our newest silicon nitride for machining cast iron !
● Excellent wear resistance in applications where notch wear appears● Stable tool life in the applications where thermal shock resistance is required : such as WET machining or milling● Long tool life and high productivity at high cutting speed
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR / IPT)
Depth of cut(inch) DRY WET
SX6 Cast ironTurning Rough 1500‒3500 .012‒.024 .020‒.140 ● ●Milling Rough 1500‒4200 .003‒.010 .020‒.140 ● ●
Ceramics For Cast Iron and Ductile Cast IronGrade Introduction
[ Ceram
ics ]
D11
SP9 High Speed machining with low cutting forces !
● Excellent wear-resistance and chipping resistance with CVD coated high-strength silicon nitride-based ceramic
● Achieves lower tool pressure with minimal edge preparation● Also usable for finishing
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed(IPR / IPT)
Depth of cut(inch) DRY WET
SP9Gray cast iron
Turning Rough‒Finish 1200‒2700 .012‒.024 .020‒.140 ● ○Milling Rough‒Semi finish 1200‒2500 .003‒.010 .020‒.140 ● ○
Ductile cast ironTurning Rough‒Finish 900‒1800 .006‒.016 .020‒.120 ○ ●Milling Rough‒Semi finish 2100‒3000 .003‒.010 .020‒.120 ● ○
SP2 Coated silicon nitride grade !
● Greatly improved flank wear resistance● Excellent heat resistance at high cutting speeds● High-speed rough turning of gray cast iron
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed(IPR)
Depth of cut(inch) DRY WET
SP2 Gray cast iron Turning Rough 1200‒2700 .008‒.020 .020‒.140 ● ●
Brake rotorGray cast iron1800 SFM.016 IPRDRY
NTK:SP9 120 pcs
Competitor’s silicon nitride 80 pcs
Mount bracketComp. carbide SP9
Cutter 7 tooth 10 toothCutting speed (SFM) 490 1820Feed (IPT) .008 .005Depth of cut (inch).080+.080 ⬅
DRY ⬅
NTK:SP9 390 pcs with 3.6times higher productivity
Competitor’s carbide 180 pcs
SX1 The best seller for high-speed rough machining of cast iron !
● Outstanding wear resistance by reducing binder● Improved fracture toughness● Capable of high-speed cutting
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed(IPR / IPT)
Depth of cut(inch) DRY WET
SX1Gray cast iron Turning Rough 1500‒3000 .012‒.024 .020‒.140 ● ●
Ductile cast ironTurning
Rough800‒1600 .005‒.016 .020‒.120 ○ ●
Milling 1000‒1800 .003‒.008 .020‒.120 ● ○
NEWNEWNEW
Grade Introduction
[ Ceram
ics ]
D12
■ SiAlON Ceramics● SiAlON ceramic is a silicon nitride based ceramic combined with “Al” and “O”. SiAlON ceramic offers excellent heat resistance, mechanical strength under high temperature, thermal shock resistance and wear resistance in addition to the toughness of silicon nitride.SiAlON shows superb performance in high speed machining of high temperature alloys.
● Better notching resistance compared to whisker ceramics No need to program ramping●Better flank wear resistance compared to other SiAlON ceramics Superior performance vs. whisker ceramics under same
conditions-even higher productivity at higher feed rates●Excellent thermal shock resistance High speed milling can be performed at 3000SFM or higher
Features
Wea
r res
istanc
e
High
HighToughness / strength
【Machining of Inco 718】
WA1 SX7
SX9SX5
SX7 Can replace whisker ceramic !
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR / IPT)
Depth of cut(inch) DRY WET
SX7 Heat resistant alloyTurning
Rough scale 600‒1000 .004‒.010 .040‒.200 ●Rough no scale 700‒1100 .006‒.014 .040‒.100 ●
Semi finish / profiling 700‒1100 .003‒.010 .040‒.080 ●Grooving 500‒1000 .004‒.007 ‒ ●
Milling ‒ 2500‒4000 .003‒.005 .040‒.100 ●
NEWNEW
Turbine case(Waspaloy semi finish)RPGX45
φ39"
800 SFM
.012 IPR
Various DOC
WET
NTK:SX7 7.2 min
Competitor’s whisker ceramic 5.3 min * Broken
Seal(Inco 718 Finish)Comp. carbide Comp. whisker SX7
φ26"
Shape VNGA333 ⬅ ⬅Cutting speed (SFM) 160 650 800Feed (IPR) .0078 ⬅ ⬅Depth of cut (inch) .020 ⬅ ⬅
WET ⬅ ⬅Tool life 1 pass ⬅ ⬅
NTK:SX7 7 min /pc
Competitor’s whisker ceramic 15 min /pc
Competitor’s carbide 24 min /pc
Ceramics For Heat Resistant AlloysGrade Introduction
[ Ceram
ics ]
D13
SX9 Best grade for roughing Inco 718 with scale !
SX5 Best grade for roughing Waspaloy with scale !
● Excellent notch wear resistance● Toughest SiAlON grade on the market● Better thermal shock resistance compared to whisker-reinforced ceramics● Use SX5 where heavy scale or interruptions exist
● Excellent notch wear resistance● Better flank wear resistance compared to competitor's silicon nitride ceramics● Superior toughness compared to whisker-reinforced ceramics● Best thermal shock resistance● Best grade for roughing Inco 718 with scale
Features
Features
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR / IPT)
Depth of cut(inch) DRY WET
SX9 Heat resistant alloyTurning
Rough scale 450‒800 .008‒.014 .040‒.200 ●Rough no scale 600‒900 .008‒.016 .040‒.100 ●
Semi finish / profiling 600‒900 .004‒.012 .040‒.080 ●Milling ‒ 2000‒3500 .004‒.006 .040‒.100 ●
Grade Work material Application Purpose Cutting speed (SFM)
Feed (IPR / IPT)
Depth of cut(inch) DRY WET
SX5 Heat resistant alloy Turning
Rough scale 450‒800 .008‒.014 .040‒.200 ●Rough no scale 600‒900 .008‒.016 .040‒.100 ●
Semi finish / profiling 600‒900 .004‒.012 .040‒.080 ●Grooving 500‒900 .003‒.008 ‒ ●
Ring(Inco 718 with scale)Comp. whisker SX5
13.86"
5.91"
16"
Shape RCGX45 ⬅Cutting speed (SFM) 850 800Feed (IPR) .004 .010Depth of cut (inch) .750-.100 ⬅
WET ⬅
NTK:SX5 1 pass with 2.5times higher productivity
Competitor’s whisker ceramic 1 pass
Housing(Inco 718 with scale)Comp. whisker SX9
5.805"
3.983"
C/L
VANES
Shape RCGX45 ⬅Cutting speed (SFM) 600 ⬅Feed (IPR) .005 .008Depth of cut (inch) .100 ⬅
WET ⬅
NTK:SX9 * High productivity
Competitor’s whisker ceramic
Ring(Inco 718 milling with scale)Comp. whisker SX9
Shape RNG45 ⬅Cutting speed (SFM) 1200 700Feed (IPT) .0027 .004Depth of cut (inch) .010 ⬅
DRY ⬅
NTK:SX9 10 pass with high productivity
Competitor’s whisker ceramic 5 pass
Ring(Waspaloy with scale)RCGX35650 SFM.008 IPR.750-.100 DOCWET
NTK:SX5 1 pass * Small Chipping
Competitor’s SiAION ceramic 1 pass * Was chipping a lot
Grade Introduction
[ Ceram
ics ]
D14
■ Recommended Cutting Conditions (per Application)
Application Grade CoolantCutting speed Feed Depth of cut
400 600 800 1000 1200 .004 .008 .012 .016 .020 .040 .060 .080 .100 .120
Roughwith Scale SX5
WET650 (600-800) SFM .012 (.008-.014) IPR .080 (.040-.200)"
SX7800 (600-1000) SFM .008 (.004-.010) IPR .080 (.040-.200)"
SX9650 (600-800) SFM .012 (.008-.014) IPR .080 (.040-.200)"
Roughno Scale
SX5
WET
700 (600-900) SFM .014 (.008-.016) IPR .080 (.040-.100)"
SX7900 (700-1100) SFM .010 (.006-.014) IPR .080 (.040-.100)"
SX9700 (600-900) SFM .014 (.008-.016) IPR .080 (.040-.100)"
WA1900 (700-1100) SFM .006 (.004-.008) IPR .060 (.040-.080)"
Profiling&
Semi-Finish
SX5
WET
800 (600-1000) SFM .008 (.004-.012) IPR .060 (.040-.080)"
SX7900 (700-1100) SFM .008 (.004-.012) IPR .060 (.040-.080)"
SX9800 (600-1000) SFM .008 (.004-.012) IPR .060 (.040-.080)"
WA1900 (700-1200) SFM .006 (.004-.008) IPR .060 (.040-.080)"
GroovingSX7SX5 WET 900 (600-1200) SFM .006 (.004-.008) IPR
WA1900 (600-1200) SFM .002 (.002-.004) IPR
Application Grade CoolantCutting speed Feed Depth of cut
2000 2500 3000 3500 4000 .002 .003 .004 .005 .006 .020 .040 .060 .080 .100
MillingSX7 DRY
×3300 (2000-4000) SFM .004 (.003-.005) IPT .080 (.040-.100)"
SX92500 (2000-3500) SFM .005 (.004-.006) IPT .080 (.040-.100)"
Rough with scale Rough & semi-finish Profiling Grooving Milling
■ Applications
Ceramics Guidelines For Machining Heat Resistant Alloys
When using SX7/SX5, increase feed rates 100% vs. Whisker Ceramics
Grade Introduction
[ Ceram
ics ]
D15
■ Recommended Insert Grade (per Work Material)
Application Grade Inco625 Inco706 Inco713 Inco718 Inco901 Inco903 IN100 Udimet720 Rene41 Waspaloy 718Plus
Roughwith Scale SX5
SX7
SX9
Roughno Scale
SX5
SX7
SX9
WA1
Profiling&
Semi-Finish
SX5
SX7
SX9
WA1
GroovingSX7SX5
WA1
1st Choice 2nd Choice
Alternate choice
Application Grade Inco625 Inco706 Inco713 Inco718 Inco901 Inco903 IN100 Udimet720 Rene41 Waspaloy 718Plus
MillingSX7
SX9
SX5 SX7 SX9 WA1
Grade Introduction
[ Ceram
ics ]
D16
Introduction of NTK Ceramic Grades
2000
1800
1600
1400
1200
1000
800
0Light Interrupted InterruptedContinuous
Cutting Speed(SFM)
画像 製版待
Toughness
Wear ResistanceWA1WA1
SX7SX7
SX9SX9 SX5SX5
■ Correlation Chart (Inco 718)
Grade Application
Whisker - Reinforced
WA1
Grooving Finishing
SiAlON
SX7Roughing
(without scale)Semi finishing Grooving Finishing Milling
SiAlON
SX9(with or without scale)
SiAlON
SX5
(with scale)
■Application Chart
Ceramics Guidelines For Machining Heat Resistant AlloysGrade Introduction
[ Ceram
ics ]
D17
Guidelines For Success
Strength Increases
R S T D V
■ Use strong insert shapesMaximize geometry for strength productivity
■ Use largest Nose RadiusMaximize insert nose radius for strength and longer tool lifeTake into account that the larger the nose radius the greater the tool pressureTypical application machining heat resistant alloys use a RNG45 insert for roughing and CNGA43 style for finishing
■ No dwellingInserts wear out when rubbing the part instead of cutting
■ CoolantWhen turning with SX7, SX9 ,SX5 ,WA1 a flood coolant condition should be usedIn some cases where a high interruption is encountered it may be best to cut-off the coolantNo coolant should be used while milling with SX7 & SX9
■ Edge preparations.Typical cutting tool applications machining Heat resistant alloys require the insert cutting edge to be sharp. Using a slight T-land is also effective to reduce notching
■ Minimize overhangToo much overhang may cause chatter or insert breakage
■ Pre-ChamferingPre-chamferring the part reduces the potential for insert chipping or breaking upon the entry or exit point of work material
Grade Introduction
[ Ceram
ics ]
D18
● NTK ceramics bring extremely high productivity to heat resistant alloy machining● Whisker ceramics offer excellent flank wear resistance and SiAlON ceramics provide exceptional notch wear resistance● Stable machining can be performed by optimizing cutting conditions and tooling
■ Keys to successful machining of Heat Resistant Alloys
■ Troubleshooting
・Cutting Condition ➡ 1 ➡D19・Programming at Scale ➡ 2 ➡D20・Insert Grade ➡ Choose tougher grade・Insert Shape ➡ 6 ➡D22・Edge Preparation ➡ 7 ➡D22
Insert Breakage
Flaking
Heat
Chatter
・Cutting Condition ➡ 1 ➡D19・Depth of Cut ➡ 3 ➡D20・Lead Angle ➡ 4 ➡D20・Programming ➡ 5 ➡D21・Insert Grade ➡ Choose SiAlON ceramic
・Cutting Condition ➡ 1 ➡D19・Insert Grade ➡ Choose harder grade
・Cutting Condition ➡ 1 ➡D19・Programming ➡ 5 ➡D21・Edge Preparation ➡ 7 ➡D22
・Cutting Condition ➡ 1 ➡D19・Insert Shape ➡ 6 ➡D22・Edge Preparation ➡ 7 ➡D22
・Cutting Condition ➡ 1 ➡D19・Others ➡ 1 ➡D22
・Grooving infomation ➡ ➡ H4
Notching
Flank Wear
Ceramics Guidelines For Machining Heat Resistant AlloysGrade Introduction
[ Ceram
ics ]
D19
Cutting speed (SFM) Feed rate (IPR) Grade attributeSX5 SX7 SX9 WA1 SX5 SX7 SX9 WA1 SX5 SX7 SX9 WA1
Notching ➡「a」 ➡「b」 ◎
Flank wear ➡「c」 ➡「d」 ○SX7 ◎
Breakage ➡ ➡ ◎
Heat ➡ ➡ ➡ ➡ ― ―
Chatter ➡ ➡ ➡ ➡ ― ―
1Cutting Condition
Test Results
「a」 WA1 : Increase cutting speed
500 SFM 1800 SFM
「b」 SX7・SX9・SX5 : Increase feed rate
.008 IPR .016 IPR
「c」 SX7・SX9・SX5 : Decrease cutting speed
1300 SFM 500 SFM
「d」 SX7・SX9・SX5 : Increase feed rate
In some cases, in order to increase the wear resistance of SX7 & SX9 & SX5, the feed must be increased. By increasing the feed and utilizing the toughness of SX7 & SX9 & SX5, the inserts are off the part sooner causing less wear. Increasing the feed also decreases cycle time and improves productivity and profitability.
Note : Be careful to reduce the feed rate by 25%, when going into a corner.
.000 .004 .008 .012 .016 .020.000
.025
.050
.075
.100
Whisker rainforcedceramic
Feed (IPR)
Flank wear (inch)
Cutting conditionWork material : Inco718Insert shape : RNG45
Cutting Speed : 800 SFMDepth of Cut : .080"WET
SX7・SX9・SX5Whisker ceramic
Feed rate increased decreases wear amount of SiAION
■ Troubleshooting (continued)
◎1st choice ○2nd choice
Grade Introduction
[ Ceram
ics ]
D20
f/2f
2 Scale machining
3 Depth of Cut
4 Lead Angle
When the insert breakage happens at the begin of cut scale, it might be caused by too high cutting speeds & feeds
Depth of Cut NotchingThis mode of insert failure is typical when machining heat resistant alloys. It must be controlled to prevent a catastrophic failure of the insert's cutting edge. The following information should help to minimize this probrem.
Lead AnglesWhen cutting heat resistant alloys consideration should be given to useing the largest lead angle possible. When using large lead angles, the cutting forces are spread over a larger surface area of the insert. This will also improve tool life and surface finish while reducing notching. As the lead angle increases the chip will flow more easily.
FeedsUtillize the superior strength characteristic of SX7, SX9, SX5 SiAION ceramics. If excessive wear is encountered while machining heat resistant alloys, increase the feed rate thus minimizing the cutting time.
● Typical insert wear pattern showing the effect of various lead angle changes and the resulting increase of depth of cut notching
Depth of Cut Prime consideration should be given to the effect of depth of cut upon insert tool life. There is a direct relationship between the insert radius size and the maximum depth of cut which should be taken. See the chart below for recommendations.
Knowing the hardness of the work material before the cutting begins may make all the difference between success or failure. Many times on the shop floor the operator does not know the part hardness. If this information is not known then more time is needed in the testing procedure trying to find the optimum speed and feed range. As the material hardness increases speed should decrease. Also, parts that have a forged scale work surface require a 25% speed and feed reduction until the scale is gone. This type of programing change will reduce the potential of notching as a failure mode.
Round insert Maximum DOC *Insert radius Maximum DOC1/4 .060...Less 1/32 .008...Less3/8 .090...Less 3/64 .012...Less1/2 .125...Less 1/16 .016...Less1 .250...Less 3/32 .024...Less
*OPTIMUM DOC. IS 5-15% OF THE INSERT DIAMETER *BASED ON 0º LEAD ANGLE
■ Recommended Depth of Cut Range (Inch)
-5
-5
0 015
15
45
45
Ceramics Guidelines For Machining Heat Resistant Alloys■ Troubleshooting (continued)
Grade Introduction
[ Ceram
ics ]
D21Better
Depth of Cut
α=45°
5 Programing
Same Depth of Cut Varying Depth of Cut
Ramping
● Rough
● Finish
Feed
Note) Notch wear on the insert cutting edge as shown in is the result of multiple passes being taken at the same depth of cut. This type of wear will minimize tool life. The following programming examples will help to minimize this mode of failure.
change to
Note) Another programming change that may help to reduce notching is by varying the depth of cut. Again, the same principle applies, notching takes place at various points on the cutting edge rather than concentrated at one point.
Feed
Note) Programming " Ramping " cuts in the same cutting direction is one of the best procedures to use to minimize notching. By varying the DOC, wear is distributed over the entire cutting edge not on one point.
Feed
Note) The correct procedure is to take more material off during the previous roughing application.
Then remove the amount of stock suitable for the nose radius of the insert by staying
below the 45°mark of the corner radius. This will minimize notching and allow a cut frow both directions.
45°
45°
Depth of Cut
Insert radius DOC
1/64" .005"1/32" .009"3/64" .014"1/16" .018"3/32" .028"1/8" .037"
・α=45°
■ Troubleshooting (continued)
Grade Introduction
[ Ceram
ics ]
D22
7 Edge preparation
8 Eliminate chatter
6 Insert shape
Angle
Sharper
Tougher
Width Width
Strength Increases
R S T D V
● Slightly larger T-land on the edge preparation may eliminate flaking.
Chatter problem is often caused by too much cutting pressure when machining heat resistant alloys especially in profiling or grooving. A non-rigid machine may cause excessive insert wear or insert breakage.
●Increase speeds and decrease feeds●Use harder grade with higher speed●Use smaller I.C round insert, or smaller nose radius●Reduce insert nose radius●Use positive insert●Reduce lead angle●Reduce edge preparation or use sharp edge●Minimize overhang●Try a heavy metal boring bar
Ceramics Guidelines For Machining Heat Resistant Alloys■ Troubleshooting (continued)
Grade Introduction
[ Ceram
ics ]
D24
CBN / PCD
【Recommended cutting conditions】
【Recommended cutting conditions】
Work material Application Purpose Cutting speed(SFM)
Feed(IPR)
Depth of cut(inch) DRY WET
Cast iron Turning RoughSemi finish 1300‒3300 .004‒.020 .008‒.080 ○ ●
Sintered alloy Turning Rough‒ Finish 150‒1000 .001‒.008 .002‒.020 ● ●
Work material Application Purpose Cutting speed(SFM)
Feed(IPR)
Depth of cut(inch) DRY WET
Cast iron Turning Semi finishFinish 1300‒3300 .004‒.020 .008‒.080 ○ ●
● Five grades available to cover a variety of work materials●A wide selection in geometries● Multiple corners on both insert sides contributes to cost reduction
NTK's unique brazing technologies to ensure the bonding with the substrate.
Optimized edge prep-aration for application.● / EZ CUBE
Material grade Main binder CBN content Major application
B23 Ti-base 90% High-speed semi roughing of cast iron/sintered alloys
B30 Ti-base 95% High-speed finishing of cast iron
B36 TiCN-base 65% semi-interrupted to interrupted machining of hardened materials
B40 TiN-base 65% Interrupted machining of highly hardened materials
B52 TiC-base 50%Finishing of ductile cast iron and continuous machining of highly hardened materials
EZ CUBE Excellent performance with superb versatility at a low price !
Features
B23 ● Excellent wear resistance thanks to high CBN content
● Ideal for roughing cast iron and machining sintered materials
Features
● Excellent wear resistance thanks to high CBN content
● Designed for finishing cast iron
Features
Brake rotor
Gray cast iron
820 SFM
.0079 IPR
.079" DOC
WET
NTK:B23 210 pcs
Competitor’s CBN 70 pcs
Cylinder block
Cast iron
2600 SFM
.012 IPR
.004" DOC
WET
NTK:B30 800 pcs
Competitor’s CBN 500 pcs
B30
CBN (Cubic Boron Nitride)
NEWNEW
NEWNEWNEW
Grade Introduction
[ CBN
/ PCD ]
D25
B36
B40
B52
● Excellent combination of wear resistance and toughness due to special TiCN binders
● Best for semi-interrupted cutting of hardened materials
● Exceptional toughness thanks to special TiN binders
● Designed for severely interrupted cutting of hardened materials
● Excellent wear resistance due to optimum CBN content with special TiC binders
● Ideal for finishing ductile cast iron and continuous cuts for finishing hardened materials
Features
Features
Features
Gear(HRC61-65)
5120H
430 SFM
.006 IPR
.004" DOC
DRY
NTK:B36 50 pcs
Competitor’s CBN 20 pcs
Universal joint(HRC62)
1055
360 SFM
.0055 IPR
.0059" DOC
DRY
NTK:B40 2300 pcs
Competitor’s CBN 1500 pcs
Hub
Ductile cast iron
1150-1130 SFM
.003 IPR
.0079" DOC
WET
NTK:B52 60 pcs
Competitor’s CBN 30 pcs
Work material Application Purpose Cutting speed(SFM)
Feed(IPR)
Depth of cut(inch) DRY WET
Hardened material Turning(Light interrupted)Rough‒ Finish 130‒800 .002‒.008 .004‒.040 ● ●
Work material Application Purpose Cutting speed(SFM)
Feed(IPR)
Depth of cut(inch) DRY WET
Hardened material Turning(Heavy interrupted)Rough‒ Finish 100‒500 .002‒.008 .004‒.040 ● ໐
【Recommended cutting conditions】
【Recommended cutting conditions】
【Recommended cutting conditions】
Work material Application Purpose Cutting speed(SFM)
Feed(IPR)
Depth of cut(inch) DRY WET
Ductile cast iron Turning Finish 300‒1600 .004‒.016 .012‒.080 ໐ ●
Hardened material Turning(Continuous)Rough‒ Finish 300‒1000 .004‒.020 .004‒.040 ໐ ●
NEWNEWNEWNEW
NEWNNEWNEW
Grade Introduction
[ CBN
/ PCD ]
D26
CBN / PCD
Best for : aluminum alloys, brass, copper alloys, graphite, ceramic compact, plastics
【Recommended cutting conditions】
Work material Application Purpose Cutting speed(SFM)
Feed(IPR/IPT)
Depth of cut(inch) DRY WET
Aluminum alloyTurning Rough‒Finish ‒6500 ‒.006 ‒.200 ●
Milling Rough‒Finish ‒25000 ‒.008 ‒.200 ●
● Faster cutting speeds than carbide● Recommended for cutting aluminum and copper alloys thanks to its excellent adhesion resistance● Incorporates a very sharp cutting edge● Available for general turning and cut-off in addition to the inserts for milling cutters
● Sharp cutting edges● Enables high precision and stable machining by controlling the potential for built-up edge
Features
Spool ●Work material : A6061①Rough ②Finish
Material grade PD1GTPA25FRN01
PD1VCMW2208
Cutting speed (SFM) 660 660Feed (IPR) .004 .002Depth of cut (inch) .200 .008Life (pcs) 30000 30000
①
②
Cutting of rocker shaft holder ●Work material: ADC12 aluminumConventional cutting tool NTK
Material grade Competitor's PCD PD1Cutter specification φ1.26"×2 cutting edges φ1.26"×4 cutting edgesCutting speed (SFM) 2000 2600Revolution (RPM) 6000 8000Feed (IPT) .001 .002Table feed rate (IPM) 12 64Depth of cut (inch) ‒.240 ⬅Cutting oil WET (through coolant) ⬅ Life (pcs/corner) 8000 15000
NTK:PD1 1500 pcs
Competitor’s PCD 800 pcs
φ1.26
PD1 High-speed cutting of non ferrous metals !
PCD (polycrystalline Diamond)
Grade Introduction
[ CBN
/ PCD ]
D27D27
Grade Introduction
Cermet / PVD-coated Cermet
●Overview ………………………… D28●Cermet / PVD-coated Cermet D30
D
[ Cermet ]
D28
Cermet / PVD-coated Cermet
Cermet is a cutting tool material composed mainly of TiC (Titanium Carbide) and TiN (Titanium Nitride). The name, cermet, is derived from the words CERAMIC and METAL (representing carbide).As the name suggests, cutting performance is also in the mid-range of ceramic's and carbide's. The advantages of this material grade are high-quality and excellent surface finishes can be achieved with elevated cutting speeds. Cermets provide extended tool life.
PVD TiN or TiCN coated cermet grades bring improved wear resistance. Since the coating layer does not contain any binder components, the coating maximizes the wear resistance of the titanium which delivers excellent performance and the tool life.
High quality surface finishThe main components, TiC and TiN, have good deposition resistance as they have low affinity with work materials. Thus, machining with cermets brings high quality surface finish over extended periods of time.
High speed cuttingThe main components, TiC and TiN, are more resistant to wear and oxidation at high temperature than WC (tungsten carbide), which is the main component of carbide tools. Because of excellent wear and oxidation resistaence, cermet grades are less reactive with work materials and make stable high speed machining possible.
PVD coating with superb hardness and surface smoothness provide excellent wear resistance and adhesion resistance.
Surface finished with cermet
Cermet
Surface finished with carbide
Carbide
Smooth coating layer offers excellent adhesion resistance
Outstanding coating bonding with substrate
■ Cermet series
■ PVD-coated cermet series
Features
Features
Grade Introduction
[ Cermet ]
D29
Grade / Coating Applications / Features
Physical properties*
Applications and ceramic property mapDensity
/㎠
Hardness
HRA
Bending strength
MPa
Young'smodulus
GPa
Thermalexpansioncoefficient
X10-6/K
Thermalconductivity
W/m・K
XT3
TiC+TiN base
P M K N● Well balanced between wear resistance and toughness
6.3 92.5 1,700 450 8.4 21
Q15
TiC+TiN base+TiCN coat
P M K● Superior wear resistance and toughness
6.3 92.5 1,700 450 8.4 21
C7X
TiCN base
P M K N● Good combination of heat resistance and toughness
7.0 91.5 1,800 440 8.2 31
C7Z
TiCN base + TiN coat
P M K N● Perfect combination of heat resistance and toughness
7.0 91.5 1,800 440 8.2 31
XN4
TiN base
P M● Excellent toughness
5.9 91.5 1,900 450 8.9 42
*For coated grades, the values of the base material are indicated.
■ Applications
Q15
XT3
Continuous Light interruption Interruption
Wear resistance
■ Ductile cast iron
C7X
XN4
XT3 C7Z
Continuous Light interruption Interruption
Wear resistance
■ Steel
Material General steelCarbon steel , Alloy steel
Stainless steelStainless steel , Cast steel
Cast ironGray cast iron , Ductile cast iron
Cutting Finish Rough Finish Rough Finish Rough
Range P01 P10 P20 P30 P40 M01 M10 M20 M30 M40 K01 K10 K20 K30
Cermets
PVDCoatedcermets
Q15
XT3 XT3 XT3
Q15 Q15
C7X C7X
C7Z C7Z
XN4Grade Introduction
[ Cermet ]
D30
XT3 Well balanced combination of wear resistance and toughness !
Q15 Coated cermet for high-speed finishing of ductile cast iron !
● Well-balanced combination of wear resistance and toughness● Covers a wide range of steel cutting, from medium cutting to finishing of steel
● Further improved wear resistance and toughness from the TiCN-based coating
● The recommended grade for high-speed finishing of ductile cast iron
Features
Features
Crank shaft1049
dia. 1.08”250 SFM
.002 IPR
.001" DOC
WET
NTK:XT3 100 pcs
Competitor's cermet 60 pcs
Best for Optimized for Excellent in● Carbon steels
● Stainless steels
● Alloy steels
● Cast iron
Conventional lathes Wear resistance
Differential caseDuctile cast iron
dia. 1.18”
525 SFM
.004 IPR
.008" DOC
WET
NTK:Q15 35 pcs
Competitor's cermet 20 pcs
Best for Optimized for Excellent in● Carbon steels● Stainless steels● Alloy steels● Cast iron● Ductile cast iron
Conventional lathes Wear resistance
Cermet, PVD-coated CermetGrade Introduction
[ Cermet ]
D31
C7X High-strength cermet grade that offers remarkable machining stability !
XN4 Toughest cermet grade with excellent fracture resistance !
C7Z Combining the advantages of thermal shock resistance and fracture resistance !
● Overcomes the traditional weakness of conventional cermet grades with improved thermal shock resistance
● Excellent grade for grooving and bearing machining
● Allows for stable machining with longer tool life thanks to its excellent fracture resistance
● Further improvement in wear resistance and thermal shock resistance with a TiN-based coating
● Excellent perfprmance in grooving and bearing machining● The most recommended grade for high-speed machining of steel
Features
Features
Features
AT clutchSS800 SFM.0008-.0016 IPR.060" DOCWET
NTK:C7X 200 pcsCompetitor's cermet 100 pcs
Best for Optimized for Excellent in● Carbon steels● Stainless steels● Alloy steels● Cast iron
Swiss-type lathesConventional lathes Balance
SpringSS
dia. .079”
dia. .16”
.24”
430 SFM.002 IPR.012" DOCWET
NTK:C7Z 1600 pcsCompetitor's cermet 1200 pcs
Best for Optimized for Excellent in● Carbon steels● Stainless steels● Alloy steels● Cast iron
Swiss-type lathesConventional lathes Balance
Gear5120H
.12”
Interrupted operation required
360 SFM.004 IPR
WET
NTK:XN4 300 pcsCompetitor's cermet 200 pcs
Best for Optimized for Excellent in● Carbon steels
● Stainless steels
● Alloy steels
Conventional lathes Toughness
Grade Introduction
[ Cermet ]
D33D33
Grade Introduction
Micro-grain Carbide, PVD / CVD-coated Carbide
●Overview ………………………… D34●PVD-coated Carbide ………… D36●Micro-grain Carbide ………… D38●CVD-coated Carbide ………… D38
D
[ Carbide
]
D34
Build-up edge
Flank wear
Chipping / fracture
Wear on rake
■ Micro-grain Carbide and PVD/CVD-coated CarbideExcellence in precision machining and machining of hard-to-cut materialsThese material grades use WC micro-grain carbide, the hard layer of which is granulated to a micro size 1μm as the substrate. Furthermore, the substrate is coated by the PVD method with TiN, TiCN, and/or TiAlN. The end result are materials that are suitable for precision machining and machining of difficult-to-cut materials. Inserts in these grades are tougher and harder than carbide and come with precision sharp cutting edges. They even have superior toughness and sharper cutting edges than ultra micro-grain carbide grades, with excellent wear resistance and thermal crack resistance.
General carbide structure
● Carbide grade
Micro-grain carbide structure Super micro-grain carbide structure
The result of intensive reseach and development for improving carbide gradesThe NTK carbide grade series show very stable performance under a wide range of conditions. NTK uses micro-grain carbide well balanced between wear resistance and toughness, as substrate.
Continuous research on insert tool lifeDamage to insert cutting edges vary depending on the machining process and the work material. There are various types of coatings that reduce such damages to prolong the tool life. NTK carbide series offer a variety of coated insert grades which have been developed to improve their resistance characteristics, including wear, fracture, adhesion, oxidation and the likes, by utilizing our state-of-the-art technologies.
No burrs Burrs
Relentless pursuit of better cutting performanceNTK takes pride in its carbide grade series for their outstanding cutting performance as a result of grinding ultra sharp cutting edges. This outstanding cutting performance benefits in better burr control, lower tool pressuer, stabilized dimensions and improved work hardening control.
Machined with our insert with a sharp cutting edge
Machined with a competitor's product with a honed cutting edge
Features Superior cutting performance
Features Precise analysis on insert wear patterns
Micro-grain Carbide and PVD/CVD-coated CarbideGrade Introduction
[ Carbide
]
D35
Grade / Coating Applications / Features
Physical properties*
Applications mapDensity
/㎠
Hardness
HRA
Bending strength
MPa
Young'smodulus
GPa
Thermalexpansioncoefficient
X10-6/K
Thermalconductivity
W/m・K
PVD coa
ted
DM4
Micro-grain carbide
+ Thick TiN-TiCN-TiAIN coat
P M S H
● Best oxidation resistance enable high temperature machining
14.4 91.0 3000 580 5.8 63
DT4
Micro-grain carbide
+ Thin TiN-TiCN-TiAIN coat
P M S H
● Excellent oxidation resistance for Swiss-type lathes 14.4 91.0 3000 580 5.8 63
TM4
Micro-grain carbide
+Thin TiN-TiCN-TiN coat
P M N S
● Best combination of wear resistance and toughness and adhesion resistance for Swiss-type lathes
14.4 91.0 3000 580 5.8 63
ZM3
Micro-grain carbide
+ Thick TiN coat
P M N
● Best Adhesion resistance enables high accuracy machining
14.4 91.0 3000 580 5.8 63
QM3
Micro-grain carbide
+ Thick TiCN coat
P M S H
● Best wear resistance enable stable machining 14.4 91.0 3000 580 5.8 63
VM1
Micro-grain carbide
+ Thin TiCN coat
P M N
● Best edge sharpness and good wear resistance 14.8 92.0 2500 640 5.7 84
Unc
oated KM1
Micro-grain carbide
P M N
● Best for non-ferrous material with mirror finish 14.8 92.0 2500 640 5.7 84
CVD
coated
CP1
Carbide + Thick film Al2O3-TiCN coat
K
● Good balance of wear resistance and toughness for cast iron machining
14.9 92.0 2400 640 ― ―
※For products with coating, the values of the base material are indicated.
QM3
HEAT RESISTA
NCE
WEAR RESISTANCE
VM1
TM4ZM3
DM4
DT4
■Correlation chart 1
VM1
ZM3ADHESION RESISTANCE
TOUGHNESS
DM4
QM3DT4
TM4
■Correlation chart 2
KM1ZM3
Hardness
Continuous InterruptionLightinterruption
■Aluminum / Brass
Grade Introduction
[ Carbide
]
D36
DM4 Excellent oxidation resistance !
● Best oxidation resistance for high temperature machining
● Optimized for Conventional / Swiss-type lathes
Features
CaseInco 718130 SFM.001 IPR.008" DOCWET
NTK:DM4 110 pcsCompetitor's PVD-coated carbide 90 pcs
Best for Optimized for Excellent in● Titanium alloys● Stainless steels● Alloy steels● Carbon steels● Heat resistant alloys
Conventional lathesSwiss-type lathes
Oxidation Heat resistance
DT4 Excellent heat resistance for Swiss-type lathes !
● Excellent oxidation resistance for Swiss-type lathes
Features
Pin440 CSS260 SFM.002 IPR.039" DOCWET
NTK:DT4 1100 pcsCompetitor's PVD-coated carbide 800 pcs
Best for Optimized for Excellent in● Titanium alloys● Stainless steels● Alloy steels● Carbon steels● Heat resistant alloys
Swiss-type lathes Oxidation Heat resistance
TM4 Next generation standard insert grade Swiss-type lathes !
● Excellent dimensional stability and tool life thanks to triple titanium layers with excellent adherence to insert substrate
Features
Automobile parts304 SS
φ.35
φ.45260 SFM
.0008 IPR
.047" DOCWET
NTK:TM4 950 pcsCompetitor's PVD-coated carbide 500 pcs
Best for Optimized for Excellent in● Carbon steels
● Stainless steels
● Alloy steels
Swiss-type lathes Balance
PVD-coated Carbide
NEWNEWNEW
NEWNEWNEW
NEWNEW
Grade Introduction
[ Carbide
]
D37
QM3 Superb wear resistance and fracture resistance in interrupted cutting !
● Excellent toughness and wear resistance for wide speed range
● Stable interrupted machining of steel
Features
Spindle4135
φ.75
φ.55
330 SFM.0012 IPR.008" DOC WET
NTK:QM3 600 pcsCompetitor's PVD-coated carbide 300 pcs
Best for Optimized for Excellent in● Carbon steels● Stainless steels● Alloy steels● Heat resistant alloys
Swiss-type lathesConventional lathes Wear resistance
ZM3 The best selling grade for automatic lathes !
● Stabilizes machining dimensions thanks to the coating being firmly adhered to the substrate
● A wide range of cutting tools in various sizes available for automatic lathes
Features
Case1010330 SFM.0047 IPR.012"‒.015" DOC WET
NTK:ZM3 6000 pcsCompetitor's PVD-coated carbide 150 pcs
Best for Optimized for Excellent in● Carbon steels● Stainless steels● Alloy steels● Non-ferrous materials
Swiss-type lathesConventional lathes Adhesion resistance
VM1 High precision machining of small diameter parts !
● Especially for machining free cutting steels (SUM materials)● For high-precision machining with longer tool life
even in the high-speed machining range
Features
Plug12L14
φ.16
460 SFM.0006 IPR.004" DOC WET
NTK:VM1 800-1000 pcsCompetitor's PVD-coated carbide 150 pcs
Best for Optimized for Excellent in● Carbon steels
● Stainless steels
● Alloy steels
Swiss-type lathes Edge sharpness
Grade Introduction
[ Carbide
]
D38
【Coating structure】Photo of composition (COMP)×5000
Equivalent to HRA 91.3 Young's modulus:640 GPa
Film structure Coating of highly smooth micro-grain Al2O3
Coating of micro-grain pillar-shaped TiCN
Substrate:ultra-hard carbide10μm
● Very sharp cutting edges with uncoated Micro-grain carbide
● Excellent adhesion resistance because of mirror-finish● A wide range of cutting tools in various types available
for Swiss-type lathes
Features
● High wear resistance achieved by laminating thick film TiCN layer and Al2O3 layer as the coating; Great for cast iron cutting even in high-speed range
● Excellent deposition resistance due to our original insert rake surface treatment to bring the mirror finish
● Can be also used for machining ductile cast iron
Features
KM1 Longer tool life even for machining hard-to-cut materials !
CP1 For roughing cast iron and ductile cast iron !
Spool machining5056(Aluminium)300~ 560 SFM.0016 IPR.02"‒.20" DOCWET
NTK:KM1 300 pcsCompetitor's PVD-coated carbide 200 pcs
Best for Optimized for Excellent in● Aluminium
● Plastic
● Non-ferrous materials
Swiss-type lathes Edge sharpness
HUBDuctile Cast Iron
φ.51660 SFM.0047 IPR.004" DOCWET
NTK:KM1 200 pcsCompetitor's CVD coated carbide 100 pcs
Best for Optimized for Excellent in
● Ductile cast iron
● Gray cast ironConventional lathes Wear resistance
●Sharp edge●Mirror-finish
CVD-coated Carbide
Micro-grain CarbideGrade Introduction
[ Carbide
]
E1
Insert Item List
●Ceramics …………………………… E2●CBN / PCD …………………………E22●Carbide / Cermet …………………E27
E
Insert Item List
E2
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
CCGW 21.51 T0225 CCGW 060204 T00525 1/4 .016 ●CCGW 21.52 T0225 CCGW 060208 T00525 1/4 .031 ●CCGW 32.51 T0425 CCGW 09T304 T01025 3/8 .016 ●CCGW 32.52 T0425 CCGW 09T308 T01025 3/8 .031 ●CCGW 431 T0420 CCGW 120404 T01020 1/2 .016 ● ●CCGW 432 T0420 CCGW 120408 T01020 1/2 .031 ● ●CCGW 433 T0420 CCGW 120412 T01020 1/2 .047 ●
■ CCGW (inch) IC TCCGW 21.5 1/4 3/32CCGW 32.5 3/8 5/32CCGW 43 1/2 3/16
Holders ➡ J26・J27・J108
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
CDH 22 P2810 CDH 1207 P07010 1/2 ● ●CDH 33 P6015 CDH 1909 P15015 3/4 ○CDH 33 Q6010 CDH 1909 Q15010 3/4 ●CDH 33 Q6010B CDH 1909 Q15010B 3/4 ●CDH 42 P8015 CDH 2512 P20015 1 ●CDH 42 P12010 CDH 2512 P30010G 1 ● ●CDH 43 P6010 CDH 2519 P15015 1 ●CDH 515 P7110B CDH 3209 P18010B 1-1/4 ●CDH 515 P7110 CDH 3209 P18010 1-1/4 ■ ●CDH 515 P8015 CDH 3209 P20015 1-1/4 ●CDH 515 Q7110 CDH 3209 Q18010 1-1/4 ● ● ●CDH 53 P8015 CDH 3219 P20015 1-1/4 ●CDH 53 Q9515 CDH 3219 Q24015 1-1/4 ● ●
■ CDH (inch) IC T HCDH 515 1-1/4 3/8 .391CDH 53 1-1/4 3/4 .391
(inch) IC T HCDH 42 1 1/2 .266CDH 43 1 3/4 .266
(inch) IC T HCDH 22 1/2 1/4 .125CDH 33 3/4 3/8 .250
Holders ➡ F20
TR
R
IC
7°80°
100°
T
IC H
6°
Insert Item List
[ Ceram
ics ]
E3
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
CNG 431 T0425 CNGN 120404 T01025 1/2 .016 ○ ○CNG 431 T0525 CNGN 120404 T01225 1/2 .016 ●CNG 432 T0220 CNGN 120408 T00520 1/2 .031 ● ● ●CNG 432 T0420 CNGN 120408 T01020 1/2 .031 ● ●CNG 432 T0425 CNGN 120408 T01025 1/2 .031 ● ○ ● ○CNG 432 T0525 CNGN 120408 T01225 1/2 .031 ● ●CNG 432 T0820 CNGN 120408 T02020 1/2 .031 ○CNG 432 S0825 CNGN 120408 S02025 1/2 .031 ○CNG 432 T0825 CNGN 120408 T02025 1/2 .031 ■ ○ ○ ○CNG 433 T0220 CNGN 120412 T00520 1/2 .047 ● ● ●CNG 433 T0420 CNGN 120412 T01020 1/2 .047 ● ●CNG 433 T0425 CNGN 120412 T01025 1/2 .047 ○ ○ ● ○ ● ○CNG 433 T0525 CNGN 120412 T01225 1/2 .047 ● ●CNG 433 T0820 CNGN 120412 T02020 1/2 .047 ●CNG 433 S0825 CNGN 120412 S02025 1/2 .047 ○CNG 433 T0825 CNGN 120412 T02025 1/2 .047 ■ ■ ○ ○ ○CNG 434 T0220 CNGN 120416 T00520 1/2 .063 ● ●CNG 434 T0420 CNGN 120416 T01020 1/2 .063 ●CNG 434 T0525 CNGN 120416 T01225 1/2 .063 ●CNG 434 T0820 CNGN 120416 T02020 1/2 .063 ○CNG 434 T0825 CNGN 120416 T02025 1/2 .063 ■ ○CNG 435 T0825 CNGN 120420 T02025 1/2 .079 ○CNG 452 T0220 CNGN 120708 T00520 1/2 .031 ●CNG 452 T0825 CNGN 120708 T02025 1/2 .031 ●CNG 453 T0220 CNGN 120712 T00520 1/2 .047 ● ●CNG 453 T0825 CNGN 120712 T02025 1/2 .047 ■ ■ ●CNG 454 T0220 CNGN 120716 T00520 1/2 .063 ●CNG 454 T0825 CNGN 120716 T02025 1/2 .063 ■ ●CNG 543 T0825 CNGN 160612 T02025 5/8 .047 ●CNG 552 T0825 CNGN 160708 T02025 5/8 .031 ●CNG 554 T0220 CNGN 160716 T00520 5/8 .063 ○CNG 643 T0825 CNGN 190612 T02025 3/4 .047 ●CNG 644 T0825 CNGN 190616 T02025 3/4 .063 ●CNG 646 T0220 CNGN 190624 T00520 3/4 .094 ●CNG 648 T0825 CNGN 190632 T02025 3/4 .125 ●CNG 656 T0220 CNGN 190724 T00520 3/4 .094 ●
■ CNG (inch) IC TCNG 43 1/2 3/16CNG 45 1/2 5/16
(inch) IC TCNG 54 5/8 1/4CNG 55 5/8 5/16
(inch) IC TCNG 64 3/4 1/4CNG 65 3/4 5/16
Holders ➡ F6・F7・G4
TR
RIC 90°
80°
100°
Insert Item List
[ Ceram
ics ]
E4
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
CNGA 431 T0220 CNGA 120404 T00520 1/2 .016 ●CNGA 431 T0425 CNGA 120404 T01025 1/2 .016 ● ●CNGA 431 T0525 CNGA 120404 T01225 1/2 .016 ● ●CNGA 431 S0825 CNGA 120404 S02025 1/2 .016 ●CNGA 431 T0825 CNGA 120404 T02025 1/2 .016 ●CNGA 431 Z0825 CNGA 120404 Z02025 1/2 .016 ●CNGA 432 T0220 CNGA 120408 T00520 1/2 .031 ● ● ●CNGA 432 T0320 CNGA 120408 T00820 1/2 .031 ●CNGA 432 T0420 CNGA 120408 T01020 1/2 .031 ● ●CNGA 432 T0425 CNGA 120408 T01025 1/2 .031 ● ○ ○ ●CNGA 432 T0525 CNGA 120408 T01225 1/2 .031 ● ● ● ● ●CNGA 432 T0630 CNGA 120408 T01530 1/2 .031 ■CNGA 432 T0820 CNGA 120408 T02020 1/2 .031 ● ●CNGA 432 Z0820 CNGA 120408 Z02020 1/2 .031 ●CNGA 432 S0825 CNGA 120408 S02025 1/2 .031 ●CNGA 432 T0825 CNGA 120408 T02025 1/2 .031 ● ■ ○CNGA 432 Z0825 CNGA 120408 Z02025 1/2 .031 ●CNGA 433 T0220 CNGA 120412 T00520 1/2 .047 ● ● ●CNGA 433 T0320 CNGA 120412 T00820 1/2 .047 ●CNGA 433 T0420 CNGA 120412 T01020 1/2 .047 ● ● ●CNGA 433 T0425 CNGA 120412 T01025 1/2 .047 ● ○ ○ ●CNGA 433 T0525 CNGA 120412 T01225 1/2 .047 ● ● ● ● ●CNGA 433 T0820 CNGA 120412 T02020 1/2 .047 ● ● ●CNGA 433 Z0820 CNGA 120412 Z02020 1/2 .047 ●CNGA 433 S0825 CNGA 120412 S02025 1/2 .047 ●CNGA 433 T0825 CNGA 120412 T02025 1/2 .047 ● ■ ○ ●CNGA 433 Z0825 CNGA 120412 Z02025 1/2 .047 ●CNGA 434 T0220 CNGA 120416 T00520 1/2 .063 ● ○ ●CNGA 434 T0420 CNGA 120416 T01020 1/2 .063 ● ●CNGA 434 T0525 CNGA 120416 T01225 1/2 .063 ● ■CNGA 434 T0820 CNGA 120416 T02020 1/2 .063 ●CNGA 434 T0825 CNGA 120416 T02025 1/2 .063 ● ■ ○CNGA 542 T0825 CNGA 160608 T02025 5/8 .031 ●CNGA 543 T0220 CNGA 160612 T00520 5/8 .047 ● ●CNGA 543 T0820 CNGA 160612 T02020 5/8 .047 ●CNGA 543 T0825 CNGA 160612 T02025 5/8 .047 ● ■ ●CNGA 543 Z0825 CNGA 160612 Z02025 5/8 .047 ●CNGA 544 T0220 CNGA 160616 T00520 5/8 .063 ● ●CNGA 544 T0825 CNGA 160616 T02025 5/8 .063 ■ ●CNGA 544 Z0825 CNGA 160616 Z02025 5/8 .063 ●CNGA 642 T0825 CNGA 190608 T02025 3/4 .031 ●CNGA 643 T0220 CNGA 190612 T00520 3/4 .047 ● ●CNGA 643 T0420 CNGA 190612 T01020 3/4 .047 ●CNGA 643 T0525 CNGA 190612 T01225 3/4 .047CNGA 643 Z0620 CNGA 190612 Z01520 3/4 .047 ●CNGA 643 T0820 CNGA 190612 T02020 3/4 .047 ●CNGA 643 T0825 CNGA 190612 T02025 3/4 .047 ● ■ ● ●CNGA 644 T0220 CNGA 190616 T00520 3/4 .063 ● ●CNGA 644 T0825 CNGA 190616 T02025 3/4 .063 ● ●CNGA 648 T0825 CNGA 190632 T02025 3/4 .125 ●
■ CNGA (inch) IC TCNGA 43 1/2 3/16CNGA 54 5/8 1/4CNGA 64 3/4 1/4
Holders ➡ F6・F7・G4・J35
R T
R
IC 90°
80°
100°
Insert Item List
[ Ceram
ics ]
E5
(inch) IC TCNGA 43 WL 1/2 3/16
Holders ➡ F6・F7・G4・J35
■ CNGA-WL with wiper for higher feed
R T
RIC 90°
80°
100°
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
CNGA 432 WLM T0425 CNGA 120408 WLM T01025 1/2 .031 ● ● ●CNGA 433 WLM T0425 CNGA 120412 WLM T01025 1/2 .047 ● ● ●
(inch) IC TCNGA 43 WLM 1/2 3/16
Holders ➡ F6・F7・G4・J35
R T
R
IC 90°
80°
100°
■ CNGA-WLM with wiper for slower feed
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
CNGA 432 WL T0425 CNGA 120408 WL T01025 1/2 .031 ● ●CNGA 432 WL T0525 CNGA 120408 WL T01225 1/2 .031 ●CNGA 433 WL T0425 CNGA 120412 WL T01025 1/2 .047 ● ●CNGA 433 WL T0525 CNGA 120412 WL T01225 1/2 .047 ●CNGA 434 WL T0225 CNGA 120416 WL T00525 1/2 .063 ●CNGA 434 WL T0425 CNGA 120416 WL T01025 1/2 .063 ●
(inch) IC TCNGG 43 1/2 3/16
Holders ➡ F6・F7・G4・J35
■ CNGG with chipbreaker
100°
90°
80°
IC
R
R
TSteel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
CNGG 432 Z0430 AG CNGG 120408 Z01030 AG 1/2 .031 ●CNGG 433 Z0430 AG CNGG 120412 Z01030 AG 1/2 .047 ●
Insert Item List
[ Ceram
ics ]
E6
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
(inch) IC TCNGX 43 1/2 3/16CNGX 45 1/2 5/16
Holders ➡ F6・G4
■ CNGX
80°
90°
100° R
R
TIC
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
CNGX 432 T0320 DP5 CNGX 120408 T00820 DP5 1/2 .031 ●CNGX 432 T0420 DP5 CNGX 120408 T01020 DP5 1/2 .031 ●CNGX 432 T0820 DP5 CNGX 120408 T02020 DP5 1/2 .031 ●CNGX 433 T0220 DP5 CNGX 120412 T00520 DP5 1/2 .031 ●CNGX 433 T0320 DP5 CNGX 120412 T00820 DP5 1/2 .047 ●CNGX 433 T0420 DP5 CNGX 120412 T01020 DP5 1/2 .047 ●CNGX 433 T0820 DP5 CNGX 120412 T02020 DP5 1/2 .047 ●CNGX 434 T0420 DP5 CNGX 120416 T01020 DP5 1/2 .063 ●CNGX 434 T0820 DP5 CNGX 120416 T02020 DP5 1/2 .063 ●CNGX 452 T0220 DP5 CNGX 120708 T00520 DP5 1/2 .031 ●CNGX 452 T0320 DP5 CNGX 120708 T00820 DP5 1/2 .031 ●CNGX 452 T0820 DP5 CNGX 120708 T02020 DP5 1/2 .031 ●CNGX 452 T0825 DP5 CNGX 120708 T02025 DP5 1/2 .031 ●CNGX 453 T0220 DP5 CNGX 120712 T00520 DP5 1/2 .047 ●CNGX 453 T0320 DP5 CNGX 120712 T00820 DP5 1/2 .047 ●CNGX 453 T0420 DP5 CNGX 120712 T01020 DP5 1/2 .047 ●CNGX 453 T0820 DP5 CNGX 120712 T02020 DP5 1/2 .047 ● ●CNGX 453 T0825 DP5 CNGX 120712 T02025 DP5 1/2 .047 ● ● ●CNGX 454 T0420 DP5 CNGX 120716 T01020 DP5 1/2 .063 ●CNGX 454 T0425 DP5 CNGX 120716 T01025 DP5 1/2 .063 ■CNGX 454 T0820 DP5 CNGX 120716 T02020 DP5 1/2 .063 ● ●CNGX 454 S0825 DP5 CNGX 120716 S02025 DP5 1/2 .063 ●CNGX 454 T0825 DP5 CNGX 120716 T02025 DP5 1/2 .063 ● ●
(inch) IC TDNG 43 1/2 3/16DNG 45 1/2 5/16DNG 54 5/8 1/4
■ DNG
55°
90°
TR
IC
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
DNG 431 T0420 DNGN 150404 T01020 1/2 .016 ○DNG 432 T0220 DNGN 150408 T00520 1/2 .031 ●DNG 432 T0420 DNGN 150408 T01020 1/2 .031 ●DNG 432 T0425 DNGN 150408 T01025 1/2 .031 ○ ○DNG 432 T0525 DNGN 150408 T01225 1/2 .031 ●DNG 432 S0825 DNGN 150408 S02025 1/2 .031 ○DNG 433 T0220 DNGN 150412 T00520 1/2 .047 ●DNG 433 T0420 DNGN 150412 T01020 1/2 .047 ●DNG 433 T0625 DNGN 150412 T01525 1/2 .047 ●DNG 433 T0825 DNGN 150412 T02025 1/2 .047 ○DNG 434 T0220 DNGN 150416 T00520 1/2 .063 ●DNG 434 T0420 DNGN 150416 T01020 1/2 .063 ●DNG 434 T0425 DNGN 150416 T01025 1/2 .063 ●DNG 453 T0825 DNGN 150712 T02025 1/2 .047 ○ ●DNG 454 T0825 DNGN 150716 T02025 1/2 .063 ■ ●DNG 543 T0825 DNGN 190612 T02025 5/8 .047 ●
Insert Item List
[ Ceram
ics ]
E7
(inch) IC TDNGA 44 1/2 1/4DNGA 54 5/8 1/4
(inch) IC TDNGA 33 3/8 3/16DNGA 43 1/2 3/16
Holders ➡ F8・F9・G4
■ DNGA
55°
90°
TR
IC
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
DNGA 331 T0820 DNGA 110404 T02020 3/8 .016 ●DNGA 431 T0220 DNGA 150404 T00520 1/2 .016 ●DNGA 431 T0425 DNGA 150404 T01025 1/2 .016 ● ○ ○DNGA 431 T0525 DNGA 150404 T01225 1/2 .016 ●DNGA 431 S0825 DNGA 150404 S02025 1/2 .016 ●DNGA 431 Z0825 DNGA 150404 Z02025 1/2 .016 ● ●DNGA 432 T0220 DNGA 150408 T00520 1/2 .031 ● ● ●DNGA 432 T0320 DNGA 150408 T00820 1/2 .031 ●DNGA 432 T0420 DNGA 150408 T01020 1/2 .031 ● ●DNGA 432 T0425 DNGA 150408 T01025 1/2 .031 ○ ○ ●DNGA 432 T0525 DNGA 150408 T01225 1/2 .031 ● ● ● ●DNGA 432 T0820 DNGA 150408 T02020 1/2 .031 ● ●DNGA 432 S0825 DNGA 150408 S02025 1/2 .031 ○ ●DNGA 432 T0825 DNGA 150408 T02025 1/2 .031 ● ■ ○ ●DNGA 432 Z0820 DNGA 150408 Z02020 1/2 .031 ●DNGA 432 Z0825 DNGA 150408 Z02025 1/2 .031 ●DNGA 433 T0220 DNGA 150412 T00520 1/2 .047 ● ● ●DNGA 433 T0320 DNGA 150412 T00820 1/2 .047 ●DNGA 433 T0420 DNGA 150412 T01020 1/2 .047 ● ●DNGA 433 T0425 DNGA 150412 T01025 1/2 .047 ○ ○DNGA 433 T0525 DNGA 150412 T01225 1/2 .047 ● ●DNGA 433 T0820 DNGA 150412 T02020 1/2 .047 ● ●DNGA 433 S0825 DNGA 150412 S02025 1/2 .047 ●DNGA 433 T0825 DNGA 150412 T02025 1/2 .047 ● ■ ● ●DNGA 433 Z0825 DNGA 150412 Z02025 1/2 .047 ●DNGA 434 T0220 DNGA 150416 T00520 1/2 .063 ●DNGA 434 T0420 DNGA 150416 T01020 1/2 .063 ●DNGA 434 T0525 DNGA 150416 T01225 1/2 .063 ●DNGA 434 S0820 DNGA 150416 S02020 1/2 .063 ●DNGA 436 T0420 DNGA 150424 T01020 1/2 .094 ●DNGA 442 T0825 DNGA 150608 T02025 1/2 .031 ●DNGA 542 T0820 DNGA 190608 T02020 5/8 .031 ●DNGA 543 T0820 DNGA 190612 T02020 5/8 .047 ●DNGA 544 T0825 DNGA 190616 T02025 5/8 .063 ●
Holders ➡ F8・F9・G4
■ DNGG with chip-breaker (inch) IC TDNGG 43 1/2 3/16
55°
RT
90°IC
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
DNGG 432 Z0430 AG DNGG 150408 Z01030 AG 1/2 .031 ●DNGG 433 Z0430 AG DNGG 150412 Z01030 AG 1/2 .047 ○
Insert Item List
[ Ceram
ics ]
E8
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Holders ➡ F8・F9・G4
■ DNGX (inch) IC TDNGX 1207 .394 5/16DNGX 45 1/2 5/16
55°
ICRT
90°
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
DNGX 120712 T0820 DP5 DNGX 120712 T02020 DP5 .394 .047 ■DNGX 120712 T0825 DP5 DNGX 120712 T02025 DP5 .394 .047 ●DNGX 452 T0220 DP5 DNGX 150708 T00520 DP5 1/2 .031 ●DNGX 452 T0825 DP5 DNGX 150708 T02025 DP5 1/2 .031 ●DNGX 453 T0825 DP5 DNGX 150712 T02025 DP5 1/2 .047 ●DNGX 454 T0825 DP5 DNGX 150716 T02025 DP5 1/2 .063 ● ○
■ LNJ / LNM (inch) W L TLNJ / M 6688 3/4 1-1/2 1/2
90°
L
W
RT
90°
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
LNJ 6688 P6015 LNJ 6688 P15015 .125 ■ ●LNJ 6688 Q8015 LNJ 6688 Q20015 .125 ● ●LNM 6688 S6015 LNM 6688 SN2 .125 ○LNM 6688 SNX2 LNM 6688 SNX2 .125 ○LNM 6688 SNX6 LNM 6688 SNX6 .125 ○
Insert Item List
[ Ceram
ics ]
E9
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
RCGX 23 T0220 RCGX 060400 T00520 1/4 ● ● ●RCGX 23 T0320 RCGX 060400 T00820 1/4 ●RCGX 25 T0220 RCGX 060700 T00520 1/4 ● ● ●RCGX 25 Z0820 RCGX 060700 Z02020 1/4 ●RCGX 35 E02 RCGX 090700 E004 3/8 ●RCGX 35 T0220 RCGX 090700 T00520 3/8 ● ● ●RCGX 35 T0320 RCGX 090700 T00820 3/8 ● ●RCGX 35 T0420 RCGX 090700 T01020 3/8 ● ●RCGX 35 Z0420 RCGX 090700 Z01020 3/8 ●RCGX 35 Z0820 RCGX 090700 Z02020 3/8 ●RCGX 45 E02 RCGX 120700 E004 1/2 ● ●RCGX 45 T0220 RCGX 120700 T00520 1/2 ● ● ●RCGX 45 T0320 RCGX 120700 T00820 1/2 ● ●RCGX 45 T0420 RCGX 120700 T01020 1/2 ● ●RCGX 45 Z0620 RCGX 120700 Z01520 1/2 ●RCGX 45 Z0820 RCGX 120700 Z02020 1/2 ●
Holders ➡ F17・F18・F19
■ RCGX (inch) IC T θRCGX 23 1/4 3/16 120RCGX 25 1/4 5/16 120RCGX 35 3/8 5/16 120RCGX 45 1/2 5/16 120
7°
θ
IC T
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
RCGX 101 P2010 3/16 ●RCGX 102 P4815 1/4 ● ● ●RCGX 102 T0225 1/4 ● ●RCGX 102 T0820 1/4 ●RCGX 103 P4815 3/8 ● ●RCGX 103 P8015 3/8 ●RCGX 103 T0820 3/8 ●RCGX 103 T0825 3/8 ●RCGX 103 T1625 3/8 ●RCGX 104 P6015 1/2 ● ● ●RCGX 104 P8015 1/2 ●RCGX 104 T0820 1/2 ●RCGX 104 T1625 1/2 ●RCGX 105 P4815 5/8 ● ●RCGX 105 P8015 5/8 ●RCGX 105 S8020 5/8 ● ●RCGX 106 P4815 3/4 ●RCGX 106 P8015 3/4 ● ● ●RCGX 108 P8015 1 ●
Holders ➡ F18・F19
■ RCGX10 (inch) IC T θRCGX 105 5/8 .388 120RCGX 106 3/4 .388 120RCGX 108 1 .461 140
(inch) IC T θRCGX 101 3/16 .240 90RCGX 102 1/4 .309 120RCGX 103 3/8 .309 120RCGX 104 1/2 .312 120
IC T
7°
θ
Insert Item List
[ Ceram
ics ]
E10
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
RNG 32 T0220 RNGN 090300 T00525 3/8 ●RNG 32 T0425 RNGN 090300 T01025 3/8 ●RNG 32 T0525 RNGN 090300 T01225 3/8 ●RNG 33 T0320 RNGN 090400 T00820 1/2 ●RNG 33 T0825 RNGN 090400 T02025 3/8 ●RNG 42 T0425 RNGN 120300 T01025 1/2 ●RNG 43 T0220 RNGN 120400 T00520 1/2 ● ● ●RNG 43 T0225 RNGN 120400 T00525 1/2 ○ ○RNG 43 T0320 RNGN 120400 T00820 1/2 ●RNG 43 T0420 RNGN 120400 T01020 1/2 ● ● ●RNG 43 T0425 RNGN 120400 T01025 1/2 ○ ● ○RNG 43 T0525 RNGN 120400 T01225 1/2 ● ●RNG 43 T0820 RNGN 120400 T02020 1/2 ●RNG 43 S0825 RNGN 120400 S02025 1/2 ○RNG 43 T0825 RNGN 120400 T02025 1/2 ● ■ ○RNG 43 Z0825 RNGN 120400 Z02025 1/2 ● ●RNG 43 T2820 RNGN 120400 T07020 1/2 ●RNG 45 E01 RNGN 120700 E002 1/2 ● ●RNG 45 E02 RNGN 120700 E004 1/2 ●RNG 45 E03 RNGN 120700 E007 1/2 ○RNG 45 T0220 RNGN 120700 T00520 1/2 ● ● ●RNG 45 T0225 RNGN 120700 T00525 1/2 ○ ○RNG 45 T0320 RNGN 120700 T00820 1/2 ●RNG 45 T0420 RNGN 120700 T01020 1/2 ● ● ● ●RNG 45 Z0620 RNGN 120700 Z01520 1/2 ●RNG 45 S0825 RNGN 120700 S02025 1/2 ●RNG 45 T0825 RNGN 120700 T02025 1/2 ■ ● ○RNG 45 Z0825 RNGN 120700 Z02025 1/2 ● ●RNG 45 P2810 RNGN 120700 P07010 1/2 ●RNG 55 T0220 RNGN 150700 T00520 5/8 ● ● ●RNG 55 T0225 RNGN 150700 T00525 5/8 ○ ○RNG 55 T0320 RNGN 150700 T00820 5/8 ●RNG 64 T0825 RNGN 190600 T02025 3/4 ●RNG 64 P6010 RNGN 190600 P15010 3/4 ●RNG 65 T0220 RNGN 190700 T00520 3/4 ● ● ●RNG 65 T0225 RNGN 190700 T00525 3/4 ○RNG 65 T0320 RNGN 190700 T00820 3/4 ●RNG 65 T0420 RNGN 190700 T01020 3/4 ● ●RNG 85 T0220 RNGN 250700 T00520 1 ● ○ ○RNG 85 S6015 RNGN 250700 S15015 1 ●RNG 86 T0220 RNGN 250900 T00520 1 ●
■ RNG (inch) IC TRNG 85 1 5/16RNG 86 1 3/8
(inch) IC TRNG 32 3/8 1/8RNG 33 3/8 3/16RNG 42 1/2 1/8RNG 43 1/2 3/16
(inch) IC TRNG 45 1/2 5/16RNG 55 5/8 5/16RNG 64 3/4 1/4RNG 65 3/4 5/16
90°IC
T
Holders ➡ F16Cutters ➡ Ⅰ5
Insert Item List
[ Ceram
ics ]
E11
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
RPGX 23 T0220 RPGX 060400 T00520 1/4 ● ●RPGX 35 E02 RPGX 090700 E004 3/8 ●RPGX 35 T0220 RPGX 090700 T00520 3/8 ● ● ●RPGX 35 T0320 RPGX 090700 T00820 3/8 ●RPGX 35 T0420 RPGX 090700 T01020 3/8 ●RPGX 45 E02 RPGX 120700 E004 1/2 ●RPGX 45 T0220 RPGX 120700 T00520 1/2 ● ● ●RPGX 45 T0320 RPGX 120700 T00820 1/2 ●RPGX 45 T0420 RPGX 120700 T01020 1/2 ● ●
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
RPG 21.5 E02 RPGN 060200 E004 1/4 ●RPG 21.5 T0220 RPGN 060200 T00520 1/4 ● ● ●RPG 21.5 T0320 RPGN 060200 T00820 1/4 ●RPG 32 E02 RPGN 090300 E004 3/8 ●RPG 32 T0220 RPGN 090300 T00520 3/8 ● ●RPG 32 T0320 RPGN 090300 T00820 3/8 ●RPG 32 T0425 RPGN 090300 T01025 3/8 ●RPG 42 T0525 RPGN 120300 T01225 1/2 ●RPG 43 E01 RPGN 120400 E002 1/2 ●RPG 43 E02 RPGN 120400 E004 1/2 ●RPG 43 T0220 RPGN 120400 T00520 1/2 ● ● ●RPG 43 T0225 RPGN 120400 T00525 1/2 ○RPG 43 T0320 RPGN 120400 T00820 1/2 ●RPG 43 T0420 RPGN 120400 T01020 1/2 ● ● ● ●RPG 43 Z0620 RPGN 120400 Z01520 1/2 ●RPG 43 Z0825 RPGN 120400 Z02025 1/2 ●RPG 65 T0220 RPGN 190700 T00520 3/4 ●
Cutters ➡ Ⅰ4
Holders ➡ F17・F18・F19
■ RPG
■ RPGX
(inch) IC TRPG 43 1/2 3/16RPG 65 3/4 5/16
(inch) IC TRPG 21.5 1/4 3/32RPG 32 3/8 1/8RPG 42 1/2 1/8
11°
TIC
(inch) IC T θRPGX 23 1/4 3/16 120RPGX 35 3/8 5/16 120RPGX 45 1/2 5/16 120
11°
IC T
φ
Insert Item List
[ Ceram
ics ]
E12
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
SCG 333 T0425 SCGN 090412 T01025 3/8 .047 ■SCG 433 T0425 SCGN 120412 T01025 1/2 .047 ■
■ SCG (inch) IC TSCG 33 3/8 3/16SCG 43 1/2 3/16
90°7°
RIC
T
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
SDCW 432 T0420 SDCW 120408 T01020 1/2 .031 ● ● ○SDCW 433 T0420 SDCW 120412 T01020 1/2 .047 ● ●SDCW 434 T0420 SDCW 120416 T01020 1/2 .063 ● ●
Cutters ➡ Ⅰ14・Ⅰ15・Ⅰ16
■ SDCW (inch) IC TSDCW 43 1/2 3/16
IC R
15°
T
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
SCGW 32.52 T0420 SCGW 09T308 T01020 3/8 .031 ● ●SCGW 32.53 T0420 SCGW 09T312 T01020 3/8 .047 ●SCGW 431 T0420 SCGW 120404 T01020 1/2 .016 ●SCGW 432 T0420 SCGW 120408 T01020 1/2 .031 ●
■ SCGW(inch) IC T
SCGW 32 3/8 5/12SCGW 43 1/2 3/16
7°
IC R T
Insert Item List
[ Ceram
ics ]
E13
■ SNG3 / SNG4S / NG5 (inch) IC TSNG 32 3/8 1/8SNG 33 3/8 3/16SNG 43 1/2 3/16
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
SNG 322 T0425 SNGN 090308 T01025 3/8 .031 ■ ○ ●SNG 322 T0525 SNGN 090308 T01225 3/8 .031 ●SNG 324 T0425 SNGN 090316 T01025 3/8 .063 ○ ○SNG 324 T0525 SNGN 090316 T01225 3/8 .063 ●SNG 332 T0425 SNGN 090408 T01025 3/8 .031 ○SNG 333 T0425 SNGN 090412 T01025 3/8 .047 ○SNG 431 T0425 SNGN 120404 T01025 1/2 .016 ○SNG 432 T0220 SNGN 120408 T00520 1/2 .031 ● ● ●SNG 432 T0420 SNGN 120408 T01020 1/2 .031 ● ● ● ●SNG 432 T0425 SNGN 120408 T01025 1/2 .031 ○ ● ○ ● ○SNG 432 T0525 SNGN 120408 T01225 1/2 .031 ● ●SNG 432 T0820 SNGN 120408 T02020 1/2 .031 ○SNG 432 S0825 SNGN 120408 S02025 1/2 .031 ○SNG 432 T0825 SNGN 120408 T02025 1/2 .031 ● ■ ○SNG 433 T0220 SNGN 120412 T00520 1/2 .047 ● ● ●SNG 433 T0420 SNGN 120412 T01020 1/2 .047 ● ● ● ●SNG 433 T0425 SNGN 120412 T01025 1/2 .047 ○ ● ○ ● ○SNG 433 T0525 SNGN 120412 T01225 1/2 .047 ● ●SNG 433 T0820 SNGN 120412 T02020 1/2 .047 ● ○SNG 433 S0825 SNGN 120412 S02025 1/2 .047 ○SNG 433 T0825 SNGN 120412 T02025 1/2 .047 ■ ○SNG 433 Z0825 SNGN 120412 Z02025 1/2 .047 ●SNG 434 T0220 SNGN 120416 T00520 1/2 .063 ● ● ●SNG 434 T0420 SNGN 120416 T01020 1/2 .063 ● ● ● ●SNG 434 T0425 SNGN 120416 T01025 1/2 .063 ○ ● ● ● ○SNG 434 T0525 SNGN 120416 T01225 1/2 .063 ● ●SNG 434 T0820 SNGN 120416 T02020 1/2 .063 ●SNG 434 S0825 SNGN 120416 S02025 1/2 .063 ○SNG 434 T0825 SNGN 120416 T02025 1/2 .063 ● ■ ○SNG 435 T0420 SNGN 120420 T01020 1/2 .079 ●SNG 435 T0425 SNGN 120420 T01025 1/2 .079 ○ ○SNG 435 T0820 SNGN 120420 T02020 1/2 .079 ●SNG 435 T0825 SNGN 120420 T02025 1/2 .079 ○ ○SNG 436 T0425 SNGN 120424 T01025 1/2 .094 ○SNG 436 T0625 SNGN 120424 T01525 1/2 .094 ●SNG 436 T0820 SNGN 120424 T02020 1/2 .094 ○SNG 438 T0525 SNGN 120432 T01225 1/2 .125 ●SNG 438 S0825 SNGN 120432 S02025 1/2 .125 ●SNG 438 T0825 SNGN 120432 T02025 1/2 .125 ● ■SNG 452 T0220 SNGN 120708 T00520 1/2 .031 ●SNG 452 T0825 SNGN 120708 T02025 1/2 .031 ○ ○SNG 453 T0220 SNGN 120712 T00520 1/2 .047 ● ●SNG 453 S0825 SNGN 120712 S02025 1/2 .047 ○SNG 453 T0825 SNGN 120712 T02025 1/2 .047 ■ ●SNG 454 T0220 SNGN 120716 T00520 1/2 .063 ● ●SNG 454 Z0620 SNGN 120716 Z01520 1/2 .063 ●SNG 454 T0825 SNGN 120716 T02025 1/2 .063 ● ○ ○ ●SNG 554 T0820 SNGN 150716 T02020 5/8 .063 ●
90° 90°ICT
R
Holders ➡ F10・F11・G5SNG6 ➡ E14
Cutters ➡ Ⅰ6・Ⅰ8・Ⅰ10
(inch) IC TSNG 45 1/2 5/16SNG 55 5/8 5/16
Insert Item List
[ Ceram
ics ]
E14
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
SNG 632 T0820 SNGN 190408 T02020 3/4 .031 ●SNG 634 T0820 SNGN 190416 T02020 3/4 .063 ●SNG 643 T0820 SNGN 190612 T02020 3/4 .047 ●SNG 644 T0120 SNGN 190616 T00320 3/4 .063 ●SNG 644 T0220 SNGN 190616 T00520 3/4 .063 ● ● ●SNG 644 T0225 SNGN 190616 T00525 3/4 .063 ○SNG 644 T0320 SNGN 190616 T00820 3/4 .063 ●SNG 644 T0420 SNGN 190616 T01020 3/4 .063 ● ●SNG 644 Z0620 SNGN 190616 Z01520 3/4 .063 ●SNG 644 T0825 SNGN 190616 T02025 3/4 .063 ●SNG 653 T0825 SNGN 190712 T02025 3/4 .047 ●SNG 654 T0825 SNGN 190716 T02025 3/4 .063 ●SNG 656 T0120 SNGN 190724 T00320 3/4 .094 ●SNG 656 T0225 SNGN 190724 T00525 3/4 .094 ○SNG 656 T0320 SNGN 190724 T00820 3/4 .094 ●SNG 656 T0820 SNGN 190724 T02020 3/4 .094 ○
(inch) IC TSNG 63 3/4 3/16SNG 64 3/4 1/4SNG 65 3/4 5/16
SNG3 / 4 / 5 ➡ E13
90° 90°ICT
R
■ SNG6
90°90°IC
TR
■ SNGA (inch) IC TSNGA 43 1/2 3/16SNGA 54 5/8 1/4SNGA 64 3/4 1/4
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
SNGA 432 T0220 SNGA 120408 T00520 1/2 .031 ●SNGA 432 T0425 SNGA 120408 T01025 1/2 .031 ○SNGA 432 T0525 SNGA 120408 T01225 1/2 .031 ● ●SNGA 432 T0820 SNGA 120408 T02020 1/2 .031 ●SNGA 432 S0825 SNGA 120408 S02025 1/2 .031 ●SNGA 432 T0825 SNGA 120408 T02025 1/2 .031 ■SNGA 432 Z0825 SNGA 120408 Z02025 1/2 .031 ●SNGA 433 T0220 SNGA 120412 T00520 1/2 .047 ● ●SNGA 433 T0420 SNGA 120412 T01020 1/2 .047 ● ● ●SNGA 433 T0425 SNGA 120412 T01025 1/2 .047 ○SNGA 433 T0525 SNGA 120412 T01225 1/2 .047 ● ● ●SNGA 433 T0820 SNGA 120412 T02020 1/2 .047 ●SNGA 433 S0825 SNGA 120412 S02025 1/2 .047 ●SNGA 433 T0825 SNGA 120412 T02025 1/2 .047 ●SNGA 433 Z0825 SNGA 120412 Z02025 1/2 .047 ●SNGA 434 T0525 SNGA 120416 T01225 1/2 .063 ●SNGA 434 T0820 SNGA 120416 T02020 1/2 .063 ●SNGA 434 T0825 SNGA 120416 T02025 1/2 .063 ●SNGA 543 T0220 SNGA 150612 T00520 5/8 .047 ● ●SNGA 543 T0225 SNGA 150612 T00525 5/8 .047 ●SNGA 543 T0825 SNGA 150612 T02025 5/8 .047 ● ■SNGA 544 T0220 SNGA 150616 T00520 5/8 .063 ●SNGA 544 T0820 SNGA 150616 T02020 5/8 .063 ●SNGA 544 T0825 SNGA 150616 T02025 5/8 .063 ■SNGA 644 T0825 SNGA 190616 T02025 3/4 .063 ●
Holders ➡ F11・G5
Insert Item List
[ Ceram
ics ]
E15
90° 90°ICT
R
■ SNGX (inch) IC TSNGX 45 1/2 5/16SNGX 55 5/8 5/16
Holders ➡ F10・F11・G5
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
SNGX 452 T0220 DP5 SNGX 120708 T00520 DP5 1/2 .031 ●SNGX 452 T0320 DP5 SNGX 120708 T00820 DP5 1/2 .031 ●SNGX 452 T0825 DP5 SNGX 120708 T02025 DP5 1/2 .031 ●SNGX 453 T0220 DP5 SNGX 120712 T00520 DP5 1/2 .047 ●SNGX 453 T0320 DP5 SNGX 120712 T00820 DP5 1/2 .047 ●SNGX 453 T0820 DP5 SNGX 120712 T02020 DP5 1/2 .047 ●SNGX 453 T0825 DP5 SNGX 120712 T02025 DP5 1/2 .047 ● ●SNGX 454 T0425 DP5 SNGX 120716 T01025 DP5 1/2 .063 ●SNGX 454 T0820 DP5 SNGX 120716 T02020 DP5 1/2 .063 ● ●SNGX 454 S0825 DP5 SNGX 120716 S02025 DP5 1/2 .063 ●SNGX 454 T0825 DP5 SNGX 120716 T02025 DP5 1/2 .063 ● ●SNGX 552 T0320 DP5 SNGX 150708 T00820 DP5 5/8 .031 ●SNGX 553 T0220 DP5 SNGX 150712 T00520 DP5 5/8 .047 ● ●SNGX 553 T0320 DP5 SNGX 150712 T00820 DP5 5/8 .047 ●SNGX 554 T0320 DP5 SNGX 150716 T00820 DP5 5/8 .063 ●SNGX 554 T0825 DP5 SNGX 150716 T02025 DP5 5/8 .063 ●
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
SPG 322 T0425 SPGN 090308 T01025 3/8 .031 ○ ■SPG 324 S0820 SPGN 090316 S02020 3/8 .063 ●SPG 422 T0425 SPGN 120308 T01025 1/2 .031 ● ■ ● ●SPG 422 T0525 SPGN 120308 T01225 1/2 .031 ●SPG 432 T0420 SPGN 120408 T01020 1/2 .031 ●SPG 432 T0425 SPGN 120408 T01025 1/2 .031 ●SPG 433 T0420 SPGN 120412 T01020 1/2 .047 ●SPG 433 T0425 SPGN 120412 T01025 1/2 .047 ○SPG 433 T0825 SPGN 120412 T02025 1/2 .047 ●SPG 434 T0420 SPGN 120416 T01020 1/2 .063 ●SPG 434 T0425 SPGN 120416 T01025 1/2 .063 ● ■ ●SPG 434 T0820 SPGN 120416 T02020 1/2 .063 ● ●SPG 633 T0425 SPGN 190412 T01025 3/4 .047 ●SPG 634 T0420 SPGN 190416 T01020 3/4 .063 ●
90°11°
IC
TR
■ SPG (inch) IC TSPG 32 3/8 1/8SPG 42 1/2 1/8SPG 43 1/2 3/16SPG 63 3/4 3/16
Insert Item List
[ Ceram
ics ]
E16
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
TBGE 521 T0225 TBGE 060104 T00525 5/32 .016 ●TBGE 522 T0225 TBGE 060108 T00525 5/32 .031 ○
60°
5°
IC
T
R
■ TBGE (inch) IC TTBGE 52 5/32 .063
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
TNG 221 T0225 TNGN 110304 T00525 1/4 .016 ●TNG 222 T0225 TNGN 110308 T00525 1/4 .031 ● ●TNG 321 T0425 TNGN 160304 T01025 3/8 .016 ●TNG 322 T0425 TNGN 160308 T01025 3/8 .031 ● ●TNG 322 T0525 TNGN 160308 T01225 3/8 .031 ●TNG 322 T0825 TNGN 160308 T02025 3/8 .031 ●TNG 331 T0425 TNGN 160404 T01025 3/8 .016 ●TNG 332 T0420 TNGN 160408 T01020 3/8 .031 ● ●TNG 332 T0425 TNGN 160408 T01025 3/8 .031 ○ ○ ○ ● ○TNG 332 T0525 TNGN 160408 T01225 3/8 .031 ● ● ●TNG 332 T0820 TNGN 160408 T02020 3/8 .031 ○TNG 332 S0825 TNGN 160408 S02025 3/8 .031 ○TNG 332 T0825 TNGN 160408 T02025 3/8 .031 ○TNG 333 T0420 TNGN 160412 T01020 3/8 .047 ● ● ●TNG 333 T0425 TNGN 160412 T01025 3/8 .047 ■ ■ ○ ● ● ● ○TNG 333 T0525 TNGN 160412 T01225 3/8 .047 ●TNG 333 T0820 TNGN 160412 T02020 3/8 .047 ● ●TNG 333 S0825 TNGN 160412 S02025 3/8 .047 ○TNG 333 T0825 TNGN 160412 T02025 3/8 .047 ○TNG 334 T0420 TNGN 160416 T01020 3/8 .063 ●TNG 334 T0425 TNGN 160416 T01025 3/8 .063 ● ○ ○TNG 334 T0525 TNGN 160416 T01225 3/8 .063 ●TNG 334 T0820 TNGN 160416 T02020 3/8 .063 ○TNG 334 T0825 TNGN 160416 T02025 3/8 .063 ○TNG 335 T0425 TNGN 160420 T01025 3/8 .079 ■ ○ ○TNG 335 T0820 TNGN 160420 T02020 3/8 .079 ○TNG 352 T0825 TNGN 160708 T02025 3/8 .031 ○TNG 353 T0825 TNGN 160712 T02025 3/8 .047 ○
60°
90°IC
T
R
■ TNG2 / TNG3 (inch) IC TTNG 22 1/4 1/8TNG 32 3/8 1/8TNG 33 3/8 3/16TNG 35 3/8 5/16
TNG4 / 5 ➡ E17
Holders ➡ F14
Insert Item List
[ Ceram
ics ]
E17
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
TNG 431 T0425 TNGN 220404 T01025 1/2 .016 ●TNG 432 T0220 TNGN 220408 T00520 1/2 .031 ● ● ●TNG 432 T0420 TNGN 220408 T01020 1/2 .031 ● ●TNG 432 T0425 TNGN 220408 T01025 1/2 .031 ●TNG 432 T0525 TNGN 220408 T01225 1/2 .031 ●TNG 432 T0820 TNGN 160408 T02020 1/2 .031 ●TNG 432 T0825 TNGN 220408 T02025 1/2 .031 ■ ■TNG 432 Z0825 TNGN 220408 Z02025 1/2 .031 ●TNG 433 T0220 TNGN 220412 T00520 1/2 .047 ● ●TNG 433 T0225 TNGN 220412 T00525 1/2 .047 ●TNG 433 T0425 TNGN 220412 T01025 1/2 .047 ●TNG 433 T0630 TNGN 220412 T01530 1/2 .047 ●TNG 433 Z0820 TNGN 220412 Z02020 1/2 .047 ●TNG 433 T0825 TNGN 220412 T02025 1/2 .047 ■TNG 433 Z0825 TNGN 220412 Z02025 1/2 .047 ● ●TNG 434 T0220 TNGN 220416 T00520 1/2 .063 ● ●TNG 434 T0625 TNGN 220416 T01525 1/2 .063 ●TNG 434 T0825 TNGN 220416 T02025 1/2 .063 ■ ■TNG 452 T0220 TNGN 220708 T00520 1/2 .031 ●TNG 452 T0825 TNGN 220708 T02025 1/2 .031 ●TNG 453 T0220 TNGN 220712 T00520 1/2 .047 ● ●TNG 454 T0825 TNGN 220716 T02025 1/2 .063 ●TNG 543 T0825 TNGN 270612 T02025 5/8 .047 ●TNG 544 T0120 TNGN 270616 T00320 5/8 .063 ●TNG 544 T0220 TNGN 270616 T00520 5/8 .063 ●TNG 544 T0825 TNGN 270616 T02025 5/8 .063 ●
(inch) IC TTNG 43 1/2 3/16TNG 45 1/2 5/16TNG 54 5/8 1/4
60°
90°ICT
R
■ TNG4 / TNG5
TNG2 / 3 ➡ E16
Insert Item List
[ Ceram
ics ]
E18
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
■ TNGA (inch) IC TTNGA 43 1/2 3/16
60°
90°ICT
R
Holders ➡ F14・J34
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
TNGA 321 T0425 TNGA 160304 T01025 3/8 .016 ●TNGA 322 T0525 TNGA 160308 T01225 3/8 .031 ●TNGA 331 T0425 TNGA 160404 T01025 3/8 .016 ● ○TNGA 331 S0825 TNGA 160404 S02025 3/8 .016 ●TNGA 331 Z0825 TNGA 160404 Z02025 3/8 .016 ●TNGA 332 T0425 TNGA 160408 T01025 3/8 .031 ● ■ ○ ○ ○TNGA 332 T0525 TNGA 160408 T01225 3/8 .031 ● ● ●TNGA 332 T0820 TNGA 160408 T02020 3/8 .031 ●TNGA 332 S0825 TNGA 160408 S02025 3/8 .031 ●TNGA 332 T0825 TNGA 160412 T02025 3/8 .031 ○TNGA 332 Z0825 TNGA 160408 Z02025 3/8 .031 ●TNGA 333 T0425 TNGA 160412 T01025 3/8 .047 ● ■ ● ○ ○TNGA 333 T0525 TNGA 160412 T01225 3/8 .047 ●TNGA 333 T0820 TNGA 160412 T02020 3/8 .047 ●TNGA 333 S0825 TNGA 160412 S02025 3/8 .047 ●TNGA 333 T0825 TNGA 160412 T02025 3/8 .047 ○TNGA 333 Z0825 TNGA 160412 Z02025 3/8 .047 ●TNGA 334 T0825 TNGA 160416 T02025 3/8 .063 ○TNGA 431 T0425 TNGA 220404 T01025 1/2 .016 ●TNGA 432 T0220 TNGA 220408 T00520 1/2 .031 ●TNGA 432 T0525 TNGA 160408 T01225 1/2 .031 ●TNGA 432 S0825 TNGA 220408 S02025 1/2 .031 ●TNGA 432 T0825 TNGA 220408 T02025 1/2 .031 ● ■ ● ●TNGA 433 T0825 TNGA 220412 T02025 1/2 .047 ● ■ ●TNGA 433 Z0825 TNGA 220412 Z02025 1/2 .047 ●TNGA 434 T0525 TNGA 220416 T01225 1/2 .063 ●TNGA 434 T0825 TNGA 220416 T02025 1/2 .063 ● ●
60°
90°IC
T
R
■ TNGG with chip-breaker (inch) IC TTNGG 33 3/8 .063
Holders ➡ F14・J34
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
TNGG 332 Z0430 AG TNGG 160408 Z01030 AG 3/8 .031 ●TNGG 333 Z0430 AG TNGG 160412 Z01030 AG 3/8 .047 ●
(inch) IC TTNGA 32 3/8 1/8TNGA 33 3/8 3/16
Insert Item List
[ Ceram
ics ]
E19
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
TP 41 T0225 1/4 .016 ●TP 42 T0225 1/4 .031 ●
■ TP (inch) IC TTP 41 1/4 .094TP 42 1/4 .094
60°
10°
IC
T
R
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
TPG 221 T0225 TPGN 110304 T00525 1/4 .016 ●TPG 221 T0425 TPGN 110304 T01025 1/4 .016 ○TPG 221 T0525 TPGN 110304 T01225 1/4 .016 ●TPG 222 T0225 TPGN 110308 T00525 1/4 .031 ● ●TPG 222 T0425 TPGN 110308 T01025 1/4 .031 ○TPG 222 T0525 TPGN 110308 T01225 1/4 .031 ●TPG 222 T0825 TPGN 110308 T02025 1/4 .031 ●TPG 223 T0225 TPGN 110312 T00525 1/4 .047 ●TPG 223 T0820 TPGN 110312 T02020 1/4 .047 ●TPG 32Y T0425 TPGN 160302 T01025 3/8 .008 ●TPG 321 T0425 TPGN 160304 T01025 3/8 .016 ● ○TPG 321 T0525 TPGN 160304 T01225 3/8 .016 ●TPG 322 T0220 TPGN 160308 T00520 3/8 .031 ● ●TPG 322 T0425 TPGN 160308 T01025 3/8 .031 ● ○ ● ○TPG 322 T0525 TPGN 160308 T01225 3/8 .031 ● ●TPG 323 T0220 TPGN 160312 T00520 3/8 .047 ● ●TPG 323 T0425 TPGN 160312 T01025 3/8 .047 ●TPG 323 T0525 TPGN 160312 T01225 3/8 .047 ●TPG 324 T0425 TPGN 160316 T01025 3/8 .063 ●TPG 431 T0425 TPGN 220404 T01025 1/2 .016 ●TPG 432 T0220 TPGN 220408 T00520 1/2 .031 ●TPG 432 T0425 TPGN 220408 T01025 1/2 .031 ● ● ●TPG 432 T0525 TPGN 220408 T01225 1/2 .031 ●TPG 433 T0220 TPGN 220412 T00520 1/2 .047 ●TPG 434 T0220 TPGN 220416 T00520 1/2 .063 ●TPG 434 T0425 TPGN 220416 T01025 1/2 .063 ●TPGE 521 T0225 TPGN 060104 T00525 5/32 .016 ●TPGE 731 T0225 TPGN 090204 T00525 7/32 .016 ●TPGE 732 T0225 TPGN 090208 T00525 7/32 .031 ●
■ TPG / TPGE (inch) IC TTPG 22 1/4 1/8TPG 32 3/8 1/8TPG 43 1/2 3/16
60°
11°
IC
T
R
(inch) IC TTPGE 52 5/32 .063TPGE 73 7/32 .094
Insert Item List
[ Ceram
ics ]
E20
Ceramics
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
VNG 331 T0425 VNGN 160404 T01025 3/8 .016 ●VNG 332 T0425 VNGN 160408 T01025 3/8 .031 ●
■ VNG (inch) IC TVNG 33 3/8 3/16
90°
35°
ICT
R
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
VNGA 331 T0220 VNGA 160404 T00520 3/8 .016 ●VNGA 331 T0225 VNGA 160404 T00525 3/8 .016 ●VNGA 331 T0420 VNGA 160404 T01020 3/8 .016 ○VNGA 331 T0425 VNGA 160404 T01025 3/8 .016 ● ○ ○VNGA 331 T0525 VNGA 160404 T01225 3/8 .016 ● ●VNGA 331 S0825 VNGA 160404 S02025 3/8 .016 ●VNGA 331 Z0825 VNGA 160404 Z02025 3/8 .016 ●VNGA 332 T0220 VNGA 160408 T00520 3/8 .031 ● ●VNGA 332 T0320 VNGA 160408 T00820 3/8 .031 ●VNGA 332 T0420 VNGA 160408 T01020 3/8 .031 ● ●VNGA 332 T0425 VNGA 160408 T01025 3/8 .031 ● ● ○ ○VNGA 332 T0525 VNGA 160408 T01225 3/8 .031 ● ●VNGA 332 S0825 VNGA 160408 S02025 3/8 .031 ●VNGA 332 Z0825 VNGA 160408 Z02025 3/8 .031 ●VNGA 333 T0220 VNGA 160412 T00520 3/8 .047 ●VNGA 333 T0320 VNGA 160412 T00820 3/8 .047 ●VNGA 333 T0420 VNGA 160412 T01020 3/8 .047 ● ●VNGA 333 T0425 VNGA 160412 T01025 3/8 .047 ● ● ● ○VNGA 333 S0825 VNGA 160412 S02025 3/8 .047 ●VNGA 333 T0825 VNGA 160412 T02025 3/8 .047 ■VNGA 333 Z0825 VNGA 160412 Z02025 3/8 .047 ●VNGA 431 T0425 VNGA 220404 T01025 1/2 .016 ●VNGA 432 T0425 VNGA 220408 T01025 1/2 .031 ●VNGA 433 T0425 VNGA 220412 T01025 1/2 .047 ●VNGA 436 T0420 VNGA 220424 T01020 1/2 .094 ●
■ VNGA (inch) IC TVNGA 33 3/8 3/16VNGA 43 1/2 3/16
Holders ➡ F12・F13
35°
90°
IC
TR
Insert Item List
[ Ceram
ics ]
E21
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number ISO Item Number IC RSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
WNGA 331 T0525 WNGA 060404 T01225 3/8 .016 ●WNGA 332 T0525 WNGA 060408 T01225 3/8 .031 ●WNGA 333 T0525 WNGA 060412 T01225 3/8 .047 ●WNGA 431 T0220 WNGA 080404 T00520 1/2 .016 ●WNGA 431 Z0825 WNGA 080404 Z02025 1/2 .016 ●WNGA 432 T0220 WNGA 080408 T00520 1/2 .031 ● ● ●WNGA 432 T0420 WNGA 080408 T01020 1/2 .031 ●WNGA 432 T0525 WNGA 080408 T01225 1/2 .031 ● ●WNGA 432 T0820 WNGA 080408 T02020 1/2 .031 ● ●WNGA 432 T0825 WNGA 080408 T02025 1/2 .031 ■WNGA 432 Z0825 WNGA 080408 Z02025 1/2 .031 ●WNGA 433 T0220 WNGA 080412 T00520 1/2 .047 ● ● ●WNGA 433 T0420 WNGA 080412 T01020 1/2 .047 ●WNGA 433 T0525 WNGA 080412 T01225 1/2 .047 ●WNGA 433 T0820 WNGA 080412 T02020 1/2 .047 ● ●WNGA 433 T0825 WNGA 080412 T02025 1/2 .047 ■ ■WNGA 434 T0420 WNGA 080416 T01020 1/2 .063 ●WNGA 434 T0820 WNGA 080416 T02020 1/2 .063 ●WNGA 434 T0825 WNGA 080416 T02025 1/2 .063 ■
80°
I.C.
T
R
■ WNGA (inch) IC TWNGA 33 3/8 3/16WNGA 43 1/2 3/16WNGA 54 5/8 1/4
Holders ➡ F15・G5
Insert Item List
[ Ceram
ics ]
E22
CBN / PCD
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
CCGW 21.51 PD CCGW 060204 PD S0415 1/4 .016 2 ●CCGW 32.508 PD CCGW 09T302 PD S0415 3/8 .008 2 ●CCGW 32.508 PD CCGW 09T302 PD S0635 3/8 .008 2 ●CCGW 32.51 PD CCGW 09T304 PD S0415 3/8 .016 2 ●CCGW 32.51 PD CCGW 09T304 PD S0635 3/8 .016 2 ●CCGW 32.52 PD CCGW 09T308 PD S0415 3/8 .031 2 ●CCGW 32.52 PD CCGW 09T308 PD S0635 3/8 .031 2 ●CCMW 32.504 CCMW 09T301 None 3/8 .004 1 ○CCMW 32.508 CCMW 09T302 None 3/8 .008 1 ○CCMW 32.51 CCMW 09T304 None 3/8 .016 1 ○CCMW 32.52 CCMW 09T308 None 3/8 .031 1 ○
■ CC. W (inch) IC TCC.. 21 1/4 .094CC.. 32 3/8 5/32
Holders ➡ J26・J27・J108
100°
80° 7°
R
R
T
IC
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
CNGA 4308 PQ CNGA 120402 PQ S0415 1/2 .008 4 ●CNGA 4308 PQ CNGA 120402 PQ S0635 1/2 .008 4 ●CNGA 431 PQ CNGA 120404 PQ S0415 1/2 .016 4 ●CNGA 431 PQ CNGA 120404 PQ S0420 1/2 .016 4 ○CNGA 431 PQ CNGA 120404 PQ T0420 1/2 .016 4 ○CNGA 431 PQ CNGA 120404 PQ S0525 1/2 .016 4 ○CNGA 431 PQ CNGA 120404 PQ S0635 1/2 .016 4 ●CNGA 432 PQ CNGA 120408 PQ S0415 1/2 .031 4 ●CNGA 432 PQ CNGA 120408 PQ S0420 1/2 .031 4 ○CNGA 432 PQ CNGA 120408 PQ T0420 1/2 .031 4 ○CNGA 432 PQ CNGA 120408 PQ S0525 1/2 .031 4 ○CNGA 432 PQ CNGA 120408 PQ S0635 1/2 .031 4 ●CNGA 433 PQ CNGA 120412 PQ S0415 1/2 .047 4 ●CNGA 433 PQ CNGA 120412 PQ S0420 1/2 .047 4 ○CNGA 433 PQ CNGA 120412 PQ T0420 1/2 .047 4 ○CNMA 433 PQ CNMA 120412 PQ S0525 1/2 .047 4 ○CNGA 433 PQ CNGA 120412 PQ S0635 1/2 .047 4 ●
with wiper
CNGA 431 PQW CNGA 120404 PQW S0415 1/2 .016 4 ●CNGA 431 PQW CNGA 120404 PQW S0635 1/2 .016 4 ●CNGA 432 PQW CNGA 120408 PQW S0415 1/2 .031 4 ●CNGA 432 PQW CNGA 120408 PQW S0635 1/2 .031 4 ●CNGA 433 PQW CNGA 120412 PQW S0415 1/2 .047 4 ●CNGA 433 PQW CNGA 120412 PQW S0635 1/2 .047 4 ●
■ CN. A 43 (inch) IC TCN.. 43 1/2 3/16
Holders ➡ F6・F7・G4・J35
100°
80°
90°
R
R
T
IC
Insert Item List
[ CBN
/ PCD ]
E23
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
DCGW 21.508 PD DCGW 070202 PD S0415 1/4 .008 2 ●DCGW 21.51 PD DCGW 070204 PD S0415 1/4 .016 2 ●DCGW 21.51 PD DCGW 070204 PD S0635 1/4 .016 2 ●DCGW 21.52 PD DCGW 070208 PD S0415 1/4 .031 2 ●DCGW 32.508 PD DCGW 11T302 PD S0415 3/8 .008 2 ●DCGW 32.508 PD DCGW 11T302 PD S0635 3/8 .008 2 ●DCGW 32.51 PD DCGW 11T304 PD S0415 3/8 .016 2 ●DCGW 32.51 PD DCGW 11T304 PD S0635 3/8 .016 2 ●DCGW 32.52 PD DCGW 11T308 PD S0415 3/8 .031 2 ●DCGW 32.52 PD DCGW 11T308 PD S0635 3/8 .031 2 ●DCMW 32.504 DCMW 11T301 None 3/8 .004 1 ○
DCMW 32.508 DCMW 11T302 None 3/8 .008 1 ●
DCMW 32.51 DCMW 11T304 None 3/8 .016 1 ○
DCMW 32.52 DCMW 11T308 None 3/8 .031 1 ○
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
DNGA 4308 PQ DNGA 150402 PQ S0415 1/2 .008 4 ●DNGA 4308 PQ DNGA 150402 PQ S0635 1/2 .008 4 ●DNGA 431 PQ DNGA 150404 PQ S0415 1/2 .016 4 ●DNGA 431 PQ DNGA 150404 PQ S0525 1/2 .016 4 ○DNGA 431 PQ DNGA 150404 PQ S0635 1/2 .016 4 ●DNGA 432 PQ DNGA 150408 PQ S0415 1/2 .031 4 ●DNGA 432 PQ DNGA 150408 PQ S0420 1/2 .031 4 ○DNGA 432 PQ DNGA 150408 PQ T0420 1/2 .031 4 ○DNGA 432 PQ DNGA 150408 PQ S0525 1/2 .031 4 ○DNGA 432 PQ DNGA 150408 PQ S0635 1/2 .031 4 ●DNGA 433 PQ DNGA 150412 PQ S0415 1/2 .047 4 ●DNGA 433 PQ DNGA 150412 PQ S0420 1/2 .047 4 ○DNGA 433 PQ DNGA 150412 PQ T0420 1/2 .047 4 ○DNMA 433 PQ DNMA 150412 PQ S0525 1/2 .047 4 ●DNGA 433 PQ DNGA 150412 PQ S0635 1/2 .047 4 ●
(inch) IC TDC.. 21 1/4 .094DC.. 32 3/8 5/32
(inch) IC TDN.. 43 1/2 3/16
Holders ➡ J28・J29・J30
Holders ➡ F8・F9・G4
■ DC. W
■ DN. A 43
55° 7°
R
T
IC
55°
90°
RT
IC
Insert Item List
[ CBN
/ PCD ]
E24
CBN / PCD
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
SNGA 431 PE SNGA 120404 PE T0420 1/2 .016 8 ○SNGA 431 PE SNGA 120404 PE S0635 1/2 .016 8 ○SNGA 432 PE SNGA 120408 PE S0415 1/2 .031 8 ○SNGA 432 PE SNGA 120408 PE S0525 1/2 .031 8 ○SNGA 432 PE SNGA 120408 PE S0635 1/2 .031 8 ○SNGA 433 PE SNGA 120412 PE S0415 1/2 .047 8 ○SNGA 433 PE SNGA 120412 PE S0420 1/2 .047 8 ○SNGA 433 PE SNGA 120412 PE T0420 1/2 .047 8 ○SNMA 433 PE SNMA 120412 PE S0525 1/2 .047 8 ●SNGA 433 PE SNGA 120412 PE S0635 1/2 .047 8 ○
(inch) IC TSN.. 43 1/2 3/16
Holders ➡ F11・G5
■ SN. A 43
90° 90°
RT
IC
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
SPG 321 PQ SPGN 090304 PQ S0420 3/8 .016 4 ○
SPG 322 PQ SPGN 090308 PQ S0420 3/8 .031 4 ○
SPG 322 PQ SPGN 090308 PQ T0420 3/8 .031 4 ○
(inch) IC TSP.. 32 3/8 1/8
■ SPG 32
90°11°
RT
IC
Insert Item List
[ CBN
/ PCD ]
E25
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
TPG 221 PT TPGN 110304 PT S0420 1/4 .016 3 ○
TPG 222 PT TPGN 110308 PT S0420 1/4 .031 3 ○
TPG 321 PT TPGN 160304 PT S0420 .094 .016 3 ○
TPG 322 PT TPGN 160308 PT S0420 .094 .031 3 ○TPGW 2208 PT TPGW 110302 PT S0415 1/4 .008 3 ○TPGW 221 PT TPGW 110304 PT S0415 1/4 .016 3 ○TPGW 221 PT TPGW 110304 PT T0615 1/4 .016 3 ○TPGW 221 PT TPGW 110304 PT S0635 1/4 .016 3 ○TPGW 222 PT TPGW 110308 PT S0415 1/4 .031 3 ○TPGW 222 PT TPGW 110308 PT S0635 1/4 .031 3 ○
(inch) IC TTP.. 22 1/4 1/8TP.. 32 .094 1/8
Holders(TPGW) ➡ J109
■ TPG
60°
11°R
T
IC
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
TNGA 331C PH TNGA 160401 PH S0415 3/8 .004 6 ●TNGA 3308 PH TNGA 160402 PH S0415 3/8 .008 6 ●TNGA 3308 PH TNGA 160402 PH S0635 3/8 .008 6 ●TNGA 331 PH TNGA 160404 PH S0415 3/8 .016 6 ●TNGA 331 PH TNGA 160404 PH T0420 3/8 .016 6 ○TNGA 331 PH TNGA 160404 PH S0525 3/8 .016 6 ○TNGA 331 PH TNGA 160404 PH S0635 3/8 .016 6 ●TNGA 332 PH TNGA 160408 PH S0415 3/8 .031 6 ●TNGA 332 PH TNGA 160408 PH S0420 3/8 .031 6 ○TNGA 332 PH TNGA 160408 PH T0420 3/8 .031 6 ○TNGA 332 PH TNGA 160408 PH S0525 3/8 .031 6 ○TNGA 332 PH TNGA 160408 PH S0635 3/8 .031 6 ●TNGA 333 PH TNGA 160412 PH S0415 3/8 .047 6 ●TNGA 333 PH TNGA 160412 PH S0420 3/8 .047 6 ○TNGA 333 PH TNGA 160412 PH T0420 3/8 .047 6 ○TNMA 333 PH TNMA 160412 PH S0525 3/8 .047 6 ○TNGA 333 PH TNGA 160412 PH S0635 3/8 .047 6 ●
(inch) IC TTN.. 33 3/8 1/8
Holders ➡ F14・J34
■ TN. A 3360°
90°
R
T
IC
Insert Item List
[ CBN
/ PCD ]
E26
CBN / PCD
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
VBGW 2208 PD VBGW 110302 PD S0415 1/4 .008 2 ○VBGW 221 PD VBGW 110304 PD S0415 1/4 .016 2 ○VBGW 332 PD VBGW 160408 PD S0415 3/8 .031 2 ○VCGW 221 PD VCGW 110304 PD S0415 1/4 .016 2 ○VCGW 221 PD VCGW 110304 PD S0635 1/4 .016 2 ○VCGW 222 PD VCGW 110308 PD S0415 1/4 .031 2 ○VCGW 222 PD VCGW 110308 PD S0635 1/4 .031 2 ○VCGW 331 PD VCGW 160404 PD S0415 3/8 .016 2 ○VCGW 331 PD VCGW 160404 PD S0635 3/8 .016 2 ○VCGW 332 PD VCGW 160408 PD S0415 3/8 .031 2 ○VCGW 332 PD VCGW 160408 PD S0635 3/8 .031 2 ○VCMW 2204 VCMW 110301 None 1/4 .004 1 ○VCMW 2208 VCMW 110302 None 1/4 .008 1 ○VCMW 221 VCMW 110304 None 1/4 .016 1 ○
Steel PStainless Steel MCast Iron K ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy SHardened Material H ● ● ●
Shape Item Number ISO Item Number Edge Prep. IC R No. of edgeCBN PCD
B23
B30
B36
B40
B52
PD1
VNGA 3308 PQ VNGA 160402 PQ S0635 3/8 .008 4 ●VNGA 331 PQ VNGA 160404 PQ S0415 3/8 .016 4 ●VNGA 331 PQ VNGA 160404 PQ S0525 3/8 .016 4 ○VNGA 331 PQ VNGA 160404 PQ S0635 3/8 .016 4 ●VNGA 331 PQ VNGA 160404 PQ T01020 3/8 .016 4 ○VNGA 332 PQ VNGA 160408 PQ S0415 3/8 .031 4 ●VNGA 332 PQ VNGA 160408 PQ S0525 3/8 .031 4 ○VNGA 332 PQ VNGA 160408 PQ S0635 3/8 .031 4 ●VNGA 333 PQ VNGA 160412 PQ S0635 3/8 .047 4 ●
(inch) IC TVB.. 22 1/4 1/8VB.. 33 3/8 3/16VC.. 22 1/4 1/8VC.. 33 3/8 3/16
(inch) IC TVN.. 33 3/8 3/16
VCGW ➡ J31
Holders ➡ F12・F13
■ VB / VC
■ VNGA 33
35°5°
RT
IC
35°7°
RT
IC
VB.. VC..
90°
35°
R
T
IC
Insert Item List
[ CBN
/ PCD ]
E27
RT
R
IC
7°80°
100°Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
CCGT 21.508 FN1L CCGT 060202 FN1L 1/4 .008 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 32.51 FN1L CCGT 09T304 FN1L 3/8 .016 ○
CCGT 21.504 AF1 CCGT 060201 ENBAF1 1/4 .004 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 21.508 AF1 CCGT 060202 ENBAF1 1/4 .008 ●CCGT 21.51 AF1 CCGT 060204 ENBAF1 1/4 .016 ●CCGT 21.51 FNAF1 CCGT 060204 FNAF1 1/4 .016 ●CCGT 21.52 AF1 CCGT 060208 ENBAF1 1/4 .031 ●CCGT 32.508 AF1 CCGT 09T302 ENBAF1 3/8 .008 ○CCGT 32.508 FNAF1 CCGT 09T302 FNAF1 3/8 .008 ●CCGT 32.51 FNAF1 CCGT 09T304 FNAF1 3/8 .016 ●CCGT 32.51 AF1 CCGT 09T304 ENBAF1 3/8 .016 ○CCGT 32.52 FNAF1 CCGT 09T308 FNAF1 3/8 .031 ●CCGT 32.52 AF1 CCGT 09T308 ENBAF1 3/8 .031 ○CCGT 21.501 FNAM3 CCGT 060200 FNAM3 1/4 .001 ○ ● ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 21.504M FNAM3 CCGT 060201M FNAM3 1/4 .003 ●CCGT 21.504 FNAM3 CCGT 060201 FNXAM3 1/4 .004 ●CCGT 21.508M FNAM3 CCGT 060202M FNAM3 1/4 .007 ○ ●CCGT 21.508 FNAM3 CCGT 060202 FNAM3 1/4 .008 ○ ○CCGT 21.508 FNAM3 CCGT 060202 FNXAM3 1/4 .008 ●CCGT 21.51M FNAM3 CCGT 060204M FNAM3 1/4 .015 ○ ●CCGT 21.51 FNAM3 CCGT 060204 FNAM3 1/4 .016 ● ○CCGT 32.501 FNAM3 CCGT 09T300 FNAM3 3/8 .001 ● ● ● ○CCGT 32.504M FNAM3 CCGT 09T301M FNAM3 3/8 .003 ● ● ● ● ○CCGT 32.504 FNAM3 CCGT 09T301 FNXAM3 3/8 .004 ●CCGT 32.508M FNAM3 CCGT 09T302M FNAM3 3/8 .007 ● ● ● ● ○CCGT 32.508 FNAM3 CCGT 09T302 FNAM3 3/8 .008 ● ○CCGT 32.508 FNAM3 CCGT 09T302 FNXAM3 3/8 .008 ●CCGT 32.51M FNAM3 CCGT 09T304M FNAM3 3/8 .015 ○ ● ● ○ ○CCGT 32.51 FNAM3 CCGT 09T304 FNAM3 3/8 .016 ● ○CCGT 32.51 FNAM3 CCGT 09T304 FNXAM3 3/8 .016 ●CCGT 32.52 FNAM3 CCGT 09T308 FNAM3 3/8 .031 ● ●CCMT 21.508 AM3 CCMT 060202 ENBAM3 1/4 .008 ○ ○CCMT 21.51 AM3 CCMT 060204 ENBAM3 1/4 .016 ● ○CCMT 32.508 AM3 CCMT 09T302 ENBAM3 3/8 .008 ○ ○CCMT 32.51 AM3 CCMT 09T304 ENBAM3 3/8 .016 ● ○CCMT 32.52 AM3 CCMT 09T308 ENBAM3 3/8 .031 ● ○CCMT 32.53 AM3 CCMT 09T312 ENBAM3 3/8 .047 ○ ○CCMT 21.51 AM5 CCMT 060204 ENBAM5 1/4 .016 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCMT 32.51 AM5 CCMT 09T304 ENBAM5 3/8 .016 ●
CCMT 32.52 AM5 CCMT 09T308 ENBAM5 3/8 .031 ●
CCGT 21.501 FNAZ7 CCGT 060200 FNAZ7 1/4 .001 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 21.504M FNAZ7 CCGT 060201M FNAZ7 1/4 .003 ○CCGT 21.508M FNAZ7 CCGT 060202M FNAZ7 1/4 .007 ○CCGT 32.501 FNAZ7 CCGT 09T300 FNAZ7 3/8 .001 ○ ○ ○ ○ ○CCGT 32.504M FNAZ7 CCGT 09T301M FNAZ7 3/8 .003 ○ ○ ● ○ ○CCGT 32.508M FNAZ7 CCGT 09T302M FNAZ7 3/8 .007 ○ ○ ○ ○ ○CCGT 32.51M FNAZ7 CCGT 09T304M FNAZ7 3/8 .015 ○ ○ ● ○ ○
■ 80 degree Diamond Positive type(CC..) (inch) IC TCC..21.5 1/4 3/32CC..32.5 3/8 5/32
Carbide / Cermet
Holders ➡ J26・J27・J108
Insert Item List
[ Carbide
/ Cermet ]
E28
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only) M:Mirror finish
RT
R
IC
7°80°
100°Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
CCGT 21.504M CL CCGT 060201M CL 1/4 .003 ○ ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 21.508M CL CCGT 060202M CL 1/4 .007 ○ ○CCGT 32.504M CL CCGT 09T301M CL 3/8 .003 ● ●CCGT 32.508M CL CCGT 09T302M CL 3/8 .007 ● ●CCGT 32.51M CL CCGT 09T304M CL 3/8 .015 ● ●CCGT 21.508 F F1 CCGT 060202 F F1 1/4 .008 Ⓡ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 21.51 F F1 CCGT 060204 F F1 1/4 .016 ⓇCCGT 32.508 F F1 CCGT 09T302 F F1 3/8 .008 ⓇCCGT 32.51 F F1 CCGT 09T304 F F1 3/8 .016 Ⓡ
CCGT 21.508 ENBFM CCGT 060202 ENBFM 1/4 .008 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 21.51 ENBFM CCGT 060204 ENBFM 1/4 .016 ○
CCET 21.502 KHG CCET 0602005 KHG 1/4 .002 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCET 21.503 KHG CCET 0602008 KHG 1/4 .003 ○CCET 21.507 KHG CCET 0602018 KHG 1/4 .007 ○CCET 21.508 KHG CCET 060202 KHG 1/4 .008 ○CCET 32.502 KHG CCET 09T3005 KHG 3/8 .002 Ⓡ ○CCET 32.503 KHG CCET 09T3008 KHG 3/8 .003 Ⓡ ○CCET 32.507 KHG CCET 09T3018 KHG 3/8 .007 Ⓡ ○CCET 32.508 KHG CCET 09T302 KHG 3/8 .008 Ⓡ ○CCMT 21.508 QD CCMT 060202 ENAQD 1/4 .008 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCMT 21.51 QD CCMT 060204 ENAQD 1/4 .016 ○CCMT 32.508 QD CCMT 09T302 ENAQD 3/8 .008 ○CCMT 32.51 QD CCMT 09T304 ENAQD 3/8 .016 ○CCMT 32.52 QD CCMT 09T308 ENAQD 3/8 .031 ○CCGT 21.501 S CCGT 060200 S 1/4 .001 Ⓡ R ○ LⓇ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 21.504M S CCGT 060201M S 1/4 .003 Ⓡ RCCGT 21.504 S CCGT 060201 S 1/4 .004 ○ ○ ⓁRCCGT 21.508M S CCGT 060202M S 1/4 .007 RCCGT 21.508 S CCGT 060202 S 1/4 .008 ○ Ⓡ ⓁR ○CCGT 21.51 S CCGT 060204 S 1/4 .016 RCCGT 32.501 S CCGT 09T300 S 3/8 .001 R R R ○ ⓇCCGT 32.504M S CCGT 09T301M S 3/8 .003 R R ⓇCCGT 32.504 S CCGT 09T301 S 3/8 .004 R ○ ○CCGT 32.508M S CCGT 09T302M S 3/8 .007 R R ⓇCCGT 32.508 S CCGT 09T302 S 3/8 .008 R ⓁR ⓇCCGT 32.51M S CCGT 09T304M S 3/8 .015 R ⓇCCGT 32.51 S CCGT 09T304 S 3/8 .016 RCCMT 21.504 T AS CCMT 060201 T AS 1/4 .004 ○ ○CCMT 21.508 T AS CCMT 060202 T AS 1/4 .008 ○ ○CCMT 21.51 T AS CCMT 060204 T AS 1/4 .016 ○ ○CCMT 32.504 T AS CCMT 09T301 T AS 3/8 .004 ○ ○CCMT 32.508 T AS CCMT 09T302 T AS 3/8 .008 ○ ○CCMT 32.51 T AS CCMT 09T304 T AS 3/8 .016 ○ ○
■ 80 degree Diamond Positive type(CC.. ,continued) (inch) IC TCC..21.5 1/4 3/32CC..32.5 3/8 5/32
Holders ➡ J26・J27・J108
Insert Item List
[ Carbide
/ Cermet ]
E29
RT
RIC
7°80°
100°Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
CCGT 21.501 U CCGT 060200 U 1/4 .001 Ⓡ Ⓡ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCGT 21.504 U CCGT 060201 U 1/4 .004 Ⓡ ○CCGT 21.508 U CCGT 060202 U 1/4 .008 Ⓡ ○CCGT 32.501 U1 CCGT 09T300 U1 3/8 .001 R ○CCGT 32.504 U1 CCGT 09T301 U1 3/8 .004 Ⓡ R ○CCGT 32.508 U1 CCGT 09T302 U1 3/8 .008 Ⓡ R ○CCGT 32.51 U1 CCGT 09T304 U1 3/8 .016 Ⓡ ○CCMT 21.508 ENBZR CCMT 060202 ENBZR 1/4 .008 ○ ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CCMT 21.51 ENBZR CCMT 060204 ENBZR 1/4 .016 ○ ○CCMT 32.508 ENBZR CCMT 09T302 ENBZR 3/8 .008 ○ ○CCMT 32.51 ENBZR CCMT 09T304 ENBZR 3/8 .016 ○ ○CCMT 32.52 ENBZR CCMT 09T308 ENBZR 3/8 .031 ○ ○CCGW 21.501 FN CCGW 060200 FN 1/4 .001 ○
―
CCGW 21.501 H CCGW 060200 H 1/4 .001 ○CCGW 21.504 FN CCGW 060201 FN 1/4 .004 ○CCGW 21.504 H CCGW 060201 H 1/4 .004 ○CCGW 21.508 H CCGW 060202 H 1/4 .008 ○CCGW 21.52 FN CCGW 060208 FN 1/4 .031 ●CCGW 32.500 V CCGW 09T30 V 3/8 0 ○CCGW 32.501 FN CCGW 09T300 FN 3/8 .001 ○CCGW 32.501 H CCGW 09T300 H 3/8 .001 ○CCGW 32.504 FN CCGW 09T301 FN 3/8 .004 ○CCGW 32.504 H CCGW 09T301 H 3/8 .004 ○CCGW 32.504 D CCGW 09T301 P 3/8 .004 ○CCGW 32.508M P CCGW 09T302M P 3/8 .007 ○CCGW 32.508 H CCGW 09T302 H 3/8 .008 ○CCGW 32.508 P CCGW 09T302 P 3/8 .008 ○
Holders ➡ J26・J27・J108
M
MM
M
M
MMMMM
Insert Item List
[ Carbide
/ Cermet ]
E30
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
RT
R
IC 90°
80°
100°Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
CNMG 432 G CNMG 120408 G 1/2 .031 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNMG 433 G CNMG 120412 G 1/2 .047 ○
CNMG 434 G CNMG 120416 G 1/2 .063 ○CNMG 431 G CNMG 120404 ENBG 1/2 .016 ● ●CNMG 431 TNG CNMG 120404 TNG 1/2 .016 ○CNMG 432 G CNMG 120408 ENBG 1/2 .031 ● ○CNMG 432 TNG CNMG 120408 TNG 1/2 .031 ○CNMG 433 G CNMG 120412 ENBG 1/2 .047 ● ●CNMG 433 TNG CNMG 120412 TNG 1/2 .047 ○CNGG 4304 N1 CNGG 120401 N1 1/2 .004 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNGG 4308 N1 CNGG 120402 N1 1/2 .008 RCNGG 431 N1 CNGG 120404 N1 1/2 .016 ●CNGG 432 N1 CNGG 120408 N1 1/2 .031 ●
CNMG 431 WM CNMG 120404 ENWM 1/2 .016 ● ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNMG 432 WM CNMG 120408 ENWM 1/2 .031 ● ○
CNMG 432 WR CNMG 120408 ENBWR 1/2 .031 ●.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNMG 432 WV CNMG 120408 ENWV 1/2 .031 ● ○.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNMG 432 ENBZ5 CNMG 120408 ENBZ5 1/2 .031 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNMG 432 Z5 CNMG 120408 TNBZ5 1/2 .031 ○ ໐
CNMG 431 ZF1 CNMG 120404 ENBZF1 1/2 .016 ● ● ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNMG 432 ZF1 CNMG 120408 ENBZF1 1/2 .031 ● ● ○
CNMG 433 ZF1 CNMG 120412 ENBZF1 1/2 .047 ● ○
CNGG 4304 FNZF1 CNGG 120401 FNZF1 1/2 .004 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNGG 4308 FNZF1 CNGG 120402 FNZF1 1/2 .008 ●CNGG 431 FNZF1 CNGG 120404 FNZF1 1/2 .016 ●CNGG 432 FNZF1 CNGG 120408 FNZF1 1/2 .031 ●
CNGG 431 FNZP CNGG 120404 FNZP 1/2 .016 ● ● ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNMP 432 ZP CNMG 120408 ENBZP 1/2 .031 ●
CNGG 432 FNZP CNGG 120408 FNZP 1/2 .031 ● ● ●
CNMG 432 ZW1 CNMG 120408 ENBZW1 1/2 .031 ● ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CNMG 433 ZW1 CNMG 120412 ENBZW1 1/2 .047 ● ●
CNGA 431 CNGA 120404 TN 1/2 .016 ●
―CNGA 432 CNGA 120408 TN 1/2 .031 ●CNGA 433 CNGA 120412 TN 1/2 .047 ●
■ 80 degree Diamond Negative type(CN..) (inch) IC TCN..43 1/2 3/16
Holders ➡ F6・F7・G4・J35
Insert Item List
[ Carbide
/ Cermet ]
E31
■ 80 degree Diamond Positive type(CP..) (inch) IC TCP..21.5 1/4 3/32CP..2.51.5 5/16 3/32CP..32.5 3/8 5/32
Holders ➡ J108
RT
R
IC
11°80°
100°Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
CPGR 422 AF1 CPGR 120308 AF1 1/2 .031 ●.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CPGT 21.504 FNAM3 CPGT 060201 FNXAM3 1/4 .004 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CPGT 21.508 FNAM3 CPGT 060202 FNXAM3 1/4 .008 ●CPGT 21.51 FNAM3 CPGT 060204 FNXAM3 1/4 .016 ●CPGT 32.504 FNAM3 CPGT 09T301 FNXAM3 3/8 .004 ●CPGT 32.508 FNAM3 CPGT 09T302 FNXAM3 3/8 .008 ●CPGT 32.51 FNAM3 CPGT 09T304 FNXAM3 3/8 .016 ●CPGT 32.52 FNAM3 CPGT 09T308 FNXAM3 3/8 .031 ●CPGH 32.504 AF1 CPGH 09T301 ENBAF1 3/8 .004 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
CPGH 32.508 AF1 CPGH 09T302 ENBAF1 3/8 .008 ●CPGH 32.51 AF1 CPGH 09T304 ENBAF1 3/8 .016 ●CPGH 32.52 AF1 CPGH 09T308 ENBAF1 3/8 .031 ●CPGH 21.504 AM5 CPGH 060201 ENBAM5 1/4 .004 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CPGH 21.508 AM5 CPGH 060202 ENBAM5 1/4 .008 ● ○CPGH 21.508 FNAM5 CPGH 060202 FNAM5 1/4 .008 ○ ○CPGH 21.51 AM5 CPGH 060204 ENBAM5 1/4 .016 ●CPGH 21.51 FNAM5 CPGH 060204 FNAM5 1/4 .016 ●CPGH 21.52 AM5 CPGH 060208 ENBAM5 1/4 .031 ●CPGP 2.51.508 ENBAM5 CPGP 080202 ENBAM5 5/16 .008 ○CPGP 2.51.508 FNAM5 CPGP 080202 FNAM5 5/16 .008 ○ ○CPGM 3208 ENBAM5 CPGM 090302 ENBAM5 3/8 .008 ○CPGM 3208 FNAM5 CPGM 090302 FNAM5 3/8 .008 ○ ○CPGM 321 ENBAM5 CPGM 090304 ENBAM5 3/8 .016 ○CPGM 321 FNAM5 CPGM 090304 FNAM5 3/8 .016 ○ ○CPGM 322 ENBAM5 CPGM 090308 ENBAM5 3/8 .031 ○CPGM 322 FNAM5 CPGM 090308 FNAM5 3/8 .031 ○ ○CPMH 21.51 AM5 CPMH 060204 AM5 1/4 .016 ●CPMH 2.51.51 AM5 CPMH 080204 AM5 5/16 .016 ●CPMH 2.51.52 AM5 CPMH 080208 AM5 5/16 .031 ●CPMH 321 AM5 CPMH 090304 AM5 3/8 .016 ●CPMH 322 AM5 CPMH 090308 AM5 3/8 .031 ●CPGP 6208 F A1 CPGH 040102 F A1 .187 .008 Ⓛ Ⓛ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
A1
A
CPGP 621 F A1 CPGH 040104 F A1 .187 .016 Ⓛ ⓁCPGP 21.508 F A CPGH 060202 F A 1/4 .008 Ⓛ ⓁCPGP 21.51 F A CPGH 060204 F A 1/4 .016 Ⓛ ⓁCPGH 2.51.508 F A CPGH 080202 F A 5/16 .008 Ⓛ ⓁCPGH 2.51.51 F A CPGH 080204 F A 5/16 .016 Ⓛ ⓁCPGP 6208 A1 CPGH 040102 T A1 .187 .008 Ⓛ ⓁCPGP 621 A1 CPGH 040104 T A1 .187 .016 Ⓛ ⓁCPGP 21.508 A CPGH 060202 T A 1/4 .008 Ⓛ ⓁCPGP 21.51 A CPGH 060204 T A 1/4 .016 Ⓛ ⓁCPGH 2.51.51 T A CPGH 080204 T A 5/16 .016 Ⓛ ⓁCPGP 6204 FRF1 CPGH 040101 F F1 .187 .004 R
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
CPGP 6208 FRF1 CPGH 040102 F F1 .187 .008 RCPGP 621 FRF1 CPGH 040104 F F1 .187 .016 RCPGP 21.508 FRF1 CPGH 060202 F F1 1/4 .008 RCPGP 21.51 FRF1 CPGH 060204 F F1 1/4 .016 R
Insert Item List
[ Carbide
/ Cermet ]
E32
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
■ 55 degree Diamond Positive type(DC..) (inch) IC TDC..21.5 1/4 3/32DC..32.5 3/8 5/32
Holders ➡ J28・J29・J30
RT
IC
7°55°
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
DCGT 21.51 FN1L DCGT 070204 FN1L 1/4 .008 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCGT 32.508 FN1L DCGT 11T302 FN1L 3/8 .008 ○
DCGT 32.51 FN1L DCGT 11T304 FN1L 3/8 .016 ○
DCGT 32.508 AF3 DCGT 11T302 ENBAF3 3/8 .008 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCGT 32.51 AF3 DCGT 11T304 ENBAF3 3/8 .016 ●
DCGT 21.501 FNAM3 DCGT 070200 FNAM3 1/4 .001 ● ● ○ ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCGT 21.504M FNAM3 DCGT 070201 MFNAM3 1/4 .003 ● ●DCGT 21.504 FNAM3 DCGT 070201 FNAM3 1/4 .004 ○ ●DCGT 21.504 FNAM3 DCGT 070201 FNXAM3 1/4 .004 ●DCGT 21.508M FNAM3 DCGT 070202 MFNAM3 1/4 .007 ● ●DCGT 21.508 AM3 DCGT 070202 ENBAM3 1/4 .008 ●DCGT 21.508 FNAM3 DCGT 070202 FNAM3 1/4 .008 ○ ●DCGT 21.508 FNAM3 DCGT 070202 FNXAM3 1/4 .008 ●DCGT 21.51M FNAM3 DCGT 070204 MFNAM3 1/4 .015 ● ●DCGT 21.51 AM3 DCGT 070204 ENBAM3 1/4 .016 ●DCGT 21.51 FNAM3 DCGT 070204 FNAM3 1/4 .016 ○ ●DCGT 21.51 FNAM3 DCGT 070204 FNXAM3 1/4 .016 ●DCGT 32.501 FNAM3 DCGT 11T300 FNAM3 3/8 .001 ● ● ● ○ ●DCGT 32.504M FNAM3 DCGT 11T301 MFNAM3 3/8 .003 ● ● ● ○ ○DCGT 32.504 FNAM3 DCGT 11T301 FNXAM3 3/8 .004 ●DCGT 32.508M FNAM3 DCGT 11T302 MFNAM3 3/8 .007 ● ● ● ○ ○DCGT 32.508 AM3 DCGT 11T302 ENBAM3 3/8 .008 ●DCGT 32.508 FNAM3 DCGT 11T302 FNAM3 3/8 .008 ● ○ ●DCGT 32.508 FNAM3 DCGT 11T302 FNXAM3 3/8 .008 ●DCGT 32.51M FNAM3 DCGT 11T304 MFNAM3 3/8 .015 ● ● ● ○ ○DCGT 32.51 FNAM3 DCGT 11T304 FNAM3 3/8 .016 ● ○ ●DCGT 32.51 FNAM3 DCGT 11T304 FNXAM3 3/8 .016 ●DCGT 32.52 FNAM3 DCGT 11T308 FNAM3 3/8 .031 ●DCGT 32.52 AM3 DCGT 11T308 ENBAM3 3/8 .031 ●DCGT 32.52 FNAM3 DCGT 11T308 FNXAM3 3/8 .031 ●DCMT 21.508 AM3 DCMT 070202 ENBAM3 1/4 .008 ○ ○DCMT 21.51 AM3 DCMT 070204 ENBAM3 1/4 .016 ● ○ ○DCMT 21.52 AM3 DCMT 070208 ENBAM3 1/4 .031 ○DCMT 32.508 AM3 DCMT 11T302 ENBAM3 3/8 .008 ○ ○DCMT 32.51 AM3 DCMT 11T304 ENBAM3 3/8 .016 ● ○ ○DCMT 32.52 AM3 DCMT 11T308 ENBAM3 3/8 .031 ● ○ ○DCMT 32.53 AM3 DCMT 11T312 ENBAM3 3/8 .047 ○ ○
Insert Item List
[ Carbide
/ Cermet ]
E33
Holders ➡ J28・J29・J30
RT
IC
7°55°
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
DCGT 21.504M AMX DCGT 070201M AMX 1/4 .003 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
DCGT 21.508M AMX DCGT 070202M AMX 1/4 .007 ●
DCGT 32.504M AMX DCGT 11T301M AMX 3/8 .003 ●
DCGT 32.508M AMX DCGT 11T302M AMX 3/8 .007 ●
DCGT 21.501 FNAZ7 DCGT 070200 FNAZ7 1/4 .001 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCGT 21.504M FNAZ7 DCGT 070201M FNAZ7 1/4 .003 ○DCGT 21.508M FNAZ7 DCGT 070202M FNAZ7 1/4 .007 ○DCGT 32.501 FNAZ7 DCGT 11T300 FNAZ7 3/8 .001 ○ ○ ● ○ ○DCGT 32.504M FNAZ7 DCGT 11T301M FNAZ7 3/8 .003 ○ ○ ● ○ ○DCGT 32.508M FNAZ7 DCGT 11T302M FNAZ7 3/8 .007 ○ ○ ● ○ ○DCGT 32.51M FNAZ7 DCGT 11T304M FNAZ7 3/8 .015 ○ ○ ● ○ ○DCGT 32.52 FNAZ7 DCGT 11T308 FNAZ7 3/8 .031 ○ ○ ○ ○
DCGT 21.504M CL DCGT 070201M CL 1/4 .003 ○ ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCGT 21.508M CL DCGT 070202M CL 1/4 .007 ○ ○DCGT 32.504M CL DCGT 11T301M CL 3/8 .003 ● ●DCGT 32.508M CL DCGT 11T302M CL 3/8 .007 ● ●DCGT 32.51M CL DCGT 11T304M CL 3/8 .015 ● ●
DCGT 32.508 FM DCGT 11T302 ENBFM 3/8 .008 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCGT 32.51 FM DCGT 11T304 ENBFM 3/8 .016 ●
DCGT 32.52 FM DCGT 11T308 ENBFM 3/8 .031 ●
DCET 21.502 KHG DCET 0702005 KHG 1/4 .002 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCET 21.503 KHG DCET 0702008 KHG 1/4 .003 ○DCET 21.507 KHG DCET 0702018 KHG 1/4 .007 ○DCET 21.508 KHG DCET 070202 KHG 1/4 .008 ○DCET 32.502 KHG DCET 11T3005 KHG 3/8 .002 Ⓡ ○DCET 32.503 KHG DCET 11T3008 KHG 3/8 .003 Ⓡ ○DCET 32.507 KHG DCET 11T3018 KHG 3/8 .007 Ⓡ ○DCET 32.508 KHG DCET 11T302 KHG 3/8 .008 Ⓡ ○
DCET 21.503 UHG DCET 0702008 UHG 1/4 .003 Ⓡ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCET 32.503 UHG DCET 11T3008 UHG 3/8 .003 Ⓡ
DCMT 21.508 QD DCMT 070202 ENAQD 1/4 .008 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCMT 21.51 QD DCMT 070204 ENAQD 1/4 .016 ○DCMT 32.508 QD DCMT 11T302 ENAQD 3/8 .008 ○DCMT 32.51 QD DCMT 11T304 ENAQD 3/8 .016 ○DCMT 32.52 QD DCMT 11T308 ENAQD 3/8 .031 ○
Insert Item List
[ Carbide
/ Cermet ]
E34
Carbide / Cermet
RT
IC
7°55°
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
DCGT 21.501 S DCGT 070200 S 1/4 .001 R ○ ⓁR
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCGT 21.504M S DCGT 070201M S 1/4 .003 R ⓇDCGT 21.504 S DCGT 070201 S 1/4 .004 R Ⓡ ⓁR ⓁRDCGT 21.508M S DCGT 070202M S 1/4 .007 R RDCGT 21.508 S DCGT 070202 S 1/4 .008 ○ ○ ⓁRDCGT 21.51 S DCGT 070204 S 1/4 .016 R ⓇDCGT 32.501 S DCGT 11T300 S 3/8 .001 R R R ○ RDCGT 32.504M S DCGT 11T301M S 3/8 .003 R R RDCGT 32.504 S DCGT 11T301 S 3/8 .004 Ⓡ ○ RDCGT 32.508M S DCGT 11T302M S 3/8 .007 R Ⓡ ⓇDCGT 32.508 S DCGT 11T302 S 3/8 .008 R ○ RDCGT 32.51M S DCGT 11T304M S 3/8 .015 R ⓇDCGT 32.51 S DCGT 11T304 S 3/8 .016 RDCMT 21.504 T AS DCMT 070201 T AS 1/4 .004 ○ ○DCMT 21.508 T AS DCMT 070202 T AS 1/4 .008 ○ ○DCMT 21.51 T AS DCMT 070204 T AS 1/4 .016 ○ ○DCMT 32.504 T AS DCMT 11T301 T AS 3/8 .004 ○ ○DCMT 32.508 T AS DCMT 11T302 T AS 3/8 .008 ○ ○DCMT 32.51 T AS DCMT 11T304 T AS 3/8 .016 ○ ○DCGT 21.501 U DCGT 070200 U 1/4 .001 Ⓡ Ⓡ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCGT 21.504 U DCGT 070201 U 1/4 .004 Ⓡ ⓇDCGT 21.508 U DCGT 070202 U 1/4 .008 Ⓡ ○DCGT 32.501 U1 DCGT 11T300 U1 3/8 .001 Ⓡ Ⓡ ○DCGT 32.504 U1 DCGT 11T301 U1 3/8 .004 Ⓡ Ⓡ Ⓡ ○DCGT 32.508 U1 DCGT 11T302 U1 3/8 .008 Ⓡ Ⓡ Ⓡ ○DCGT 32.51 U1 DCGT 11T304 U1 3/8 .016 Ⓡ Ⓡ ○DCMT 21.508 ENBZR DCMT 070202 ENBZR 1/4 .008 ○ ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DCMT 21.51 ENBZR DCMT 070204 ENBZR 1/4 .016 ○ ○DCMT 32.508 ENBZR DCMT 11T302 ENBZR 3/8 .008 ○ ○DCMT 32.51 ENBZR DCMT 11T304 ENBZR 3/8 .016 ○ ○DCMT 32.52 ENBZR DCMT 11T308 ENBZR 3/8 .031 ○ ○DCGW 21.500 V DCGW 07020 V 1/4 0 ○
―
DCGW 21.501 FN DCGW 070200 FN 1/4 .001 ○DCGW 21.501 H DCGW 070200 H 1/4 .001 ○DCGW 21.504 FN DCGW 070201 FN 1/4 .004 ○DCGW 21.504 H DCGW 070201 H 1/4 .004 ●DCGW 21.508 H DCGW 070202 H 1/4 .008 ○DCGW 32.500 V DCGW 11T30 V 3/8 0 ○DCGW 32.501 FN DCGW 11T300 FN 3/8 .001 ○DCGW 32.501 H DCGW 11T300 H 3/8 .001 ○DCGW 32.504 FN DCGW 11T301 FN 3/8 .004 ○DCGW 32.504 H DCGW 11T301 H 3/8 .004 ○DCGW 32.508 H DCGW 11T302 H 3/8 .008 ○
■ 55 degree Diamond Positive type(DC.. ,continued) (inch) IC TDC..21.5 1/4 3/32DC..32.5 3/8 5/32
Holders ➡ J28・J29・J30
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only) M:Mirror finish
M
M
MMM
M
MM
Insert Item List
[ Carbide
/ Cermet ]
E35
■ 55 degree Diamond Negative type(DN..) (inch) IC TDN..43 1/2 3/16DN..44 1/2 1/4DN..54 3/4 1/4
RT
IC 90°
55°
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
DNMG 431 G DNMG 150404 G 1/2 .016 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNMG 432 G DNMG 150408 G 1/2 .031 ○DNMG 433 G DNMG 150412 G 1/2 .047 ○DNMG 431 G DNMG 150404 ENBG 1/2 .016 ● ●DNMG 431 G DNMG 150404 TNG 1/2 .016 ○ ○DNMG 432 G DNMG 150408 ENBG 1/2 .031 ● ●DNMG 432 G DNMG 150408 TNG 1/2 .031 ○DNMG 433 G DNMG 150412 ENBG 1/2 .047 ●DNMG 441 G DNMG 150604 ENBG 1/2 .016 ○
DNGG 432 R6 DNGG 150408 ENBR6 1/2 .031 ●.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNGG 4304 RN1 DNGG 150401 T RN1 1/2 .004 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNGG 431 RN1 DNGG 150404 T RN1 1/2 .016 ●
DNGG 432 RN1 DNGG 150408 T RN1 1/2 .031 ●
DNMG 431 WM DNMG 150404 ENWM 1/2 .016 ● ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNMG 432 WM DNMG 150408 ENWM 1/2 .031 ● ○
DNMG 432 WR DNMG 150408 ENBWR 1/2 .031 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNMG 433 WR DNMG 150412 ENBWR 1/2 .047 ●
DNMG 432 WV DNMG 150408 ENWV 1/2 .031 ● ○.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNMG 432 Z5 DNMG 150408 TNBZ5 1/2 .031 ○ ○.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNMG 431 ZF1 DNMG 150404 ENBZF1 1/2 .016 ● ● ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNMG 432 ZF1 DNMG 150408 ENBZF1 1/2 .031 ● ● ○DNMG 441 ZF1 DNMG 150604 ENBZF1 1/2 .016 ○ ○DNMG 442 ZF1 DNMG 150608 ENBZF1 1/2 .031 ● ○
Holders ➡ F8・F9・G4
Insert Item List
[ Carbide
/ Cermet ]
E36
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
RT
IC 90°
55°
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
DNGG 4304 FNZF1 DNGG 150401 FNZF1 1/2 .004 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNGG 4308 FNZF1 DNGG 150402 FNZF1 1/2 .008 ●
DNGG 431 FNZF1 DNGG 150404 FNZF1 1/2 .016 ●
DNGG 432 FNZF1 DNGG 150408 FNZF1 1/2 .031 ●
DNGG 431 FNZP DNGG 150404 FNZP 1/2 .016 ● ● ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNGG 432 FNZP DNGG 150408 FNZP 1/2 .031 ● ● ●
DNMG 431 ZW1 DNMG 150404 ENBZW1 1/2 .016 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DNMG 432 ZW1 DNMG 150408 ENBZW1 1/2 .031 ●
DNMG 442 ZW1 DNMG 150608 ENBZW1 1/2 .031 ○ ○
DNGA 431 DNGA 150404 TN 1/2 .016 ●
―DNGA 432 DNGA 150408 TN 1/2 .031 ●
DNGA 433 DNGA 150412 TN 1/2 .047 ○
Holders ➡ F8・F9・G4
■ 55 degree Diamond Negative type(DN.. ,continued) (inch) IC TDN..43 1/2 3/16DN..44 1/2 1/4
Insert Item List
[ Carbide
/ Cermet ]
E37
RT
IC
11°55°
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
DPGT 21.504 FNAM3 DPGT 070201 FNAM3 1/4 .004 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
DPGT 21.508 AM3 DPGT 070202 ENBAM3 1/4 .008 ●DPGT 21.508 FNAM3 DPGT 070202 FNAM3 1/4 .008 ●DPGT 21.51 AM3 DPGT 070204 ENBAM3 1/4 .016 ●DPGT 21.51 FNAM3 DPGT 070204 FNXAM3 1/4 .016 ●DPGT 32.504 FNAM3 DPGT 11T301 FNAM3 3/8 .004 ●DPGT 32.508 AF3 DPGT 11T302 ENBAF3 3/8 .008 ●DPGT 32.508 FNAM3 DPGT 11T302 FNAM3 3/8 .008 ●DPGT 32.51 AF3 DPGT 11T304 ENBAF3 3/8 .016 ●DPGT 32.51 FNAM3 DPGT 11T304 FNAM3 3/8 .016 ●
DPGT 21.504 S DPGT 070201 S 1/4 .004 R.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
■ 75 degree Diamond Positive type(ER..) (inch) IC TER..52 5/32 .063
Holders ➡ J107
11°
RT
IC H
75°
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePCD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
ERGP 52Y F A2 ERGHT 30102 F A2 5/32 .008 ○ ○ ⓁR ○ ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
ERGP 521 F A2 ERGHT 30104 F A2 5/32 .016 R Ⓛ
ERGP 5204 F F1 ERGHT 30101 F F1 5/32 .004 R
.004
.016
.024
.031
.039
.002Feed (IPR)
Depth of cut (Inch)
.008.008
ERGP 52Y F F1 ERGHT 30102 F F1 5/32 .008 R
ERGP 521 F F1 ERGHT 30104 F F1 5/32 .016 R
■ 55 degree Diamond Positive type(DP..) (inch) IC TDP..21.5 1/4 3/32DP..32.5 3/8 5/32
Insert Item List
[ Carbide
/ Cermet ]
E38
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
■ Round type(RC.. / RN.. / RP..) (inch) IC TRP..08 .315 3/22RP..10 .394 7/64RP..12 .472 1/8RP..16 .630 3/16RP..20 .787 3/16
(inch) IC TRC..43 .472 3/16RN..32 3/8 1/8RN..43 1/2 3/16RP..06 .236 3/32
RC_ _, RP_ _ RN_ _
T
IC
T
IC
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
RCMX 43M0 GM RCMX 1204M0 ENBGM .472 ― ໐ ໐
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
RCMX 43M0 GB RCMX 1204M0 GB .472 ― ໐ ໐
RNMG 32 F RNMG 090300 ENBF 3/8 ― ໐.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
RNMG 43 G RNMG 120400 ENBG 1/2 ― ●.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
RPMT 0602M0 GB RPMT 0602M0 GB .236 ― ໐ ໐
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
RPMT 0802M0 GB RPMT 0802M0 GB .315 ― ໐ ໐RPMT 10T2M0 GB RPMT 10T2M0 GB .394 ― ໐ ໐RPMT 1203M0 GB RPMT 1203M0 GB .472 ― ໐ ໐RPMT 1604M0 GB RPMT 1604M0 GB .630 ― ໐ ●RPMT 2004M0 GB RPMT 2004M0 GB .787 ― ໐ ໐RPMX 1203M0 GB RPMX 1203M0 GB .472 ― ໐ ໐
Insert Item List
[ Carbide
/ Cermet ]
E39
■ 90 degree Square Positive type (SC.. / SD.. / SE..)
(inch) IC T HSD..53 5/8 3/16 ―SE..42 1/2 1/8 ―SE..53 5/8 3/16 ―
(inch) IC T HSC..32 3/8 1/8 .173SD..42 1/2 1/8 ―SD..43 1/2 3/16 ―
Cutters(SDCW) ➡ Ⅰ14・Ⅰ15・Ⅰ16
SCMT_ _ SD_ _ SECN_ _
7°
R T
ICH 45°
15°
A
TIC 45°
20°
A
TICSteel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R[A]
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
SCMT 32.52 AM3
SCMT 32.52 AM5
SCMT 09T308 ENBAM3
SCMT 09T308 ENBAM5
3/8
3/8
.031
.031
●
○ .016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SDKN 42 AEN SDKN 1203 AEN 1/2 [.047] ○―
SDKN 53 A SDKN 1504 AETN 5/8 [.047] ○
SDC 42 A3 SDCN 1203 AE 1/2 [.047] ●
―SEK 42 AFN SEKN 1203 AFN 1/2 [.094] ●
SECN 42 AFTN SECN 1203 AFTN 1/2 [.094] ●
SECN 53 AFTN SECN 1504 AFTN 5/8 [.094] ●
SDCW 432 T0420 1/2 .031 ●
―SDCW 433 T0420 1/2 .047 ●
SDCW 434 T0420 1/2 .063 ●
※AE, EE, and PE come with wipers.
Insert Item List
[ Carbide
/ Cermet ]
E40
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
■ 90 degree Square Negative type(SN..) (inch) IC TSN..54 5/8 1/4SN..64 3/4 1/4
Holders ➡ F11・G5
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
SNMG 432 G SNMG 120408 G 1/2 .031 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNMG 433 G SNMG 120412 G 1/2 .047 ●
SNMG 434 G SNMG 120416 G 1/2 .063 ○
SNMG 322 K SNMG 090308 K 3/8 .031 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNMG 322 G SNMG 090308 ENBG 3/8 .031 ○SNMG 432 G SNMG 120408 ENBG 1/2 .031 ● ●SNMG 432 G SNMG 120408 TNG 1/2 .031 ○SNMG 433 G SNMG 120412 ENBG 1/2 .047 ● ●SNMG 433 G SNMG 120412 TNG 1/2 .047 ○SNMG 434 G SNMG 120416 ENBG 1/2 .063 ○
SNMG 432 WM SNMG 120408 ENWM 1/2 .031 ○ ○.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNMG 432 WR SNMG 120408 ENBWR 1/2 .031 ●.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNMG 432 Z5 SNMG 120408 ENBZ5 1/2 .031 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNMG 433 Z5 SNMG 120412 TNBZ5 1/2 .047 ○ ○
SNMG 432 ZF1 SNMG 120408 ENBZF1 1/2 .031 ● ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNMG 433 ZF1 SNMG 120412 ENBZF1 1/2 .047 ●
SNMG 432 ZW1 SNMG 120408 ENBZW1 1/2 .031 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNMG 433 ZW1 SNMG 120412 ENBZW1 1/2 .047 ●
SNGG 321 B SNGG 090304 T B 3/8 .016 Ⓛ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNGG 322 B SNGG 090308 T B 3/8 .031 ○
SNGG 431 B SNGG 120404 T B 1/2 .016 ○
R T
IC 90° 90°
(inch) IC TSN..32 3/8 1/8SN..43 1/2 3/16
Insert Item List
[ Carbide
/ Cermet ]
E41
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
SNGG 322 N1 SNGG 090308 N1 3/8 .031 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
SNGG 432 N1 SNGG 120408 N1 1/2 .031 R
SNGG 432 C SNGG 120408T C 1/2 .031 ໐ Ⓡ.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SNG 322 SNGN 090308 TN 3/8 .031 ໐
―
SNG 432 T0420 SNGN 120408 T01020 1/2 .031 ●
SNG 432 T0425 SNGN 120408 T01025 1/2 .031 ໐ ໐
SNG 433 T0420 SNGN 120412 T01020 1/2 .047 ●
SNG 434 T0420 SNGN 120416 T01020 1/2 .063 ●
Holders ➡ F10・F11・G5Cutters(SNG) ➡ Ⅰ6・Ⅰ8・Ⅰ10
R T
IC 90° 90°
Insert Item List
[ Carbide
/ Cermet ]
E42
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
SPGR 322 AF1 SPGR 090308 ENBAF1 3/8 .031 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SPGR 422 AF1 SPGR 120308 ENBAF1 1/2 .031 ●
SPGR 322 QZ SPGR 090308 ENBQZ 3/8 .031 ○.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
SPMH 326 T BH1 SPMH 090324 T BH1 3/8 .094 Ⓛ―
SPMH 328 T H1 SPMH 090332 T AH1 3/8 .126 Ⓛ
SPMR 4310 H2 SPMR 120440 T H2 1/2 .157 Ⓛ ―
SPG 321 SPGN 090304 TN 3/8 .016 ○
―SPG 322 SPGN 090308 TN 3/8 .031 ○SPG 422 SPGN 120308 TN 1/2 .031 ○ ○SPG 433 SPGN 120412 3/8 .047 ●SPC 422 SPCN 120308 1/2 .031 ●
―SPC 433 SPCN 120412 1/2 .047 ●SPC 633 SPCN 190412 1/2 .047 ●SPC 634 SPCN 190416 1/2 .063 ●
SPCE 732 SPCE 050208 7/32 .031 ●―
SPCE 032 SPCE 070208 5/16 .031 ●
SPEB 222 SPEB 060308 1/4 .031 ● ―
SPKN 42 EDT SPKN 1203 EDT 1/2 ●―
SPKN 53 EDT SPKN 1504 EDT 5/8 R
SPME 032 SPME 070208 1/4 .031 ● ―
SPM 322 SPMN 090308 3/8 .031 ●
―SPM 422 SPMN 120308 1/2 .031 ●SPM 4310 SPMN 120440 TN 1/2 .157 ○SPM 632 SPMN 190408 TN 3/4 .031 ○
TIC
R 11
(inch) IC TSP..43 1/2 3/16SP..53 5/8 3/16SP..63 3/4 3/16SP..73 7/32 3/32
(inch) IC TSP..22 1/4 1/8SP..32 3/8 1/8SP..42 1/2 1/8
■ 90 degree Square Positive type(SP..)
Insert Item List
[ Carbide
/ Cermet ]
E43
■ 60 degree Triangle Positive type (TB.. / TC.. / TE..)
(inch) IC TTC..52 5/32 1/16TC..73 7/32 3/32TE..43 1/2 3/16
(inch) IC TTB..52 5/32 1/16TC..21 1/4 3/32TC..32 3/32 5/32
60°
ICR
T
11°
TC_ _, TE_ _TB_ _
60°
IC
R
T
5°
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
TBGE 521 TBGE 060104 5/32 .016 ●―
TBGE 522 TBGE 060108 5/32 .031 ○
TCGT 21.508 FNAM3 TCGT 110202 FNXAM3 1/4 .008 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TCGT 32.508 AM3 TCGT 16T302 ENBAM3 3/32 .008 ●
TCGT 32.51 AM3 TCGT 16T304 ENBAM3 3/32 .016 ●
TCMT 21.51 AM3 TCMT 110204 ENBAM3 1/4 .016 ○
TCGT 21.504 AF1 TCGT 110201 AF1 1/4 .004 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
TCGT 21.51 AF1 TCGT 110204 AF1 1/4 .016 ●
TCGT 21.52 AF1 TCGT 110208 AF1 1/4 .031 ●
TCMT 21.508 QD TCMT 110202 ENAQD 1/4 .008 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TCMT 21.51 QD TCMT 110204 ENAQD 1/4 .016 ○TCMT 21.52 QD TCMT 110208 ENAQD 1/4 .031 ○TCMT 32.51 QD TCMT 16T304 ENAQD 3/32 .016 ○TCMT 32.52 QD TCMT 16T308 ENAQD 3/32 .031 ○
TCMT 32.52 AM5 TCMT 16T308 ENBAM5 3/32 .031 ○.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TCGT 7304 S TCGT 090201 S 7/32 .004 Ⓡ ໐ R
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TCGT 7308 S TCGT 090202 S 7/32 .008 ○ R
TCGT 21.504 S TCGT 110201 S 1/4 .004 ໐ R
TCGT 7304 RU TCGT 090201 U 7/32 .004 Ⓡ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TCGT 7308 RU TCGT 090202 U 7/32 .008 Ⓡ
TCGH 5204 T B1 TCGH 060101 T B1 5/32 .004 L
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TCGH 5208 F B1 TCGH 060102 F B1 5/32 .008 Ⓛ ⓁTCGH 5208 T B1 TCGH 060102 T B1 5/32 .008 ○TCGH 521 F B1 TCGH 060104 F B1 5/32 .016 Ⓛ ⓁTCGH 521 T B1 TCGH 060104 T B1 5/32 .016 LTCGP 5204 F F05 TCGH 060101 F F05 5/32 .004 R
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TCGP 5208 F F05 TCGH 060102 F F05 5/32 .008 ⓁR Ⓡ ○TCGP 5208 F05 TCGH 060102 T F05 5/32 .008 ○ ⓇTCGP 521 F F05 TCGH 060104 F F05 5/32 .016 R Ⓡ ⓇTCGP 521 F05 TCGH 060104 T F05 5/32 .016 ○ ⓇTCGD 52Y TCGB 060102 TN 5/32 .008 ○
―
TCGD 521 TCGB 060104 TN 5/32 .016 ●TCGW 7301 FN TCGW 090200 FN 7/32 .001 ໐TCGW 7304 FN TCGW 090201 FN 7/32 .004 ໐TCGW 21.501 FN TCGW 110200 FN 1/4 .001 ○TCGW 21.504 FN TCGW 110201 FN 1/4 .004 ○
TEEN 43 PR TEEN 2204 PFTR 1/2 .016 ○ ―
Holders(TC) ➡ J109
Insert Item List
[ Carbide
/ Cermet ]
E44
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
■ 60 degree Triangle Negative type(TN..) (inch) IC TTN..33 3/8 3/16TN..43 1/2 3/16
(inch) IC TTN..22 1/4 1/8TN..32 3/8 1/8
Holders ➡ F14・J34
60°
90°
IC
R
T Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
TNEG 3304M F D1 TNEG 160401M F D1 3/8 .003 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNEG 3308 F D1 TNEG 160402 F D1 3/8 .008 ○ ○TNEG 331 F D1 TNEG 160404 F D1 3/8 .016 ○ ○TNEG 332 F D1 TNEG 160408 F D1 3/8 .031 ○ ○TNGA 222 TNGA 110308 TN 1/4 .031 ○
―
TNGA 322 TNGA 160308 TN 3/8 .031 ●TNGA 332 TNGA 160408 TN 3/8 .031 ○TNGA 333 TNGA 160412 TN 3/8 .047 ○TNGA 432 TNGA 220408 TN 1/2 .031 ○TNGA 433 TNGA 220412 TN 1/2 .047 ●TNGG 221 B TNGG 110304 T B 1/4 .016 LⓇ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNGG 222 B TNGG 110308 T B 1/4 .031 ⓁTNGG 322 B TNGG 160308 T B 3/8 .031 ⓁTNGG 331 B TNGG 160404 T B 3/8 .016 ○TNGG 332 B TNGG 160408 T B 3/8 .031 ○TNGG 3308 F C TNGG 160402 F C 3/8 .008 Ⓡ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)TNGG 332 T C TNGG 160408 T C 3/8 .031 ○
TNGG 431 C TNGG 220404 T C 1/2 .016 ●TNGG 432 C TNGG 220408 T C 1/2 .031 ●TNMG 331 C TNMG 160404 T C 3/8 .016 ○ ⓇTNMG 332 C TNMG 160408 T C 3/8 .031 ○
TNGG 3304 F DA TNGG 160401 F DA 3/8 .004 Ⓡ Ⓡ Ⓡ.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNGG 331 L2 TNGG 160404 L2 3/8 .016 R
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
TNGG 332 L2 TNGG 160408 L2 3/8 .031 R
TNGG 321 N1 TNGG 160304 N1 3/8 .016 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNGG 322 N1 TNGG 160308 N1 3/8 .031 LTNGG 3308 N1 TNGG 160402 T N1 3/8 .008 ○TNGG 331 N1 TNGG 160404 T N1 3/8 .016 ●TNGG 332 N1 TNGG 160408 T N1 3/8 .031 ●
TNGG 332 R1 TNGG 160408 ENBR1 3/8 .031 ●.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNGG 3304 F U2 TNGG 160401 F U2 3/8 .004 Ⓡ Ⓡ R
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNGG 3308 F U2 TNGG 160402 F U2 3/8 .008 ○ ○ ⓁRTNGG 331 F U2 TNGG 160404 F U2 3/8 .016 ○ ○ ⓁRTNGG 332 F U2 TNGG 160408 F U2 3/8 .031 ○ ⓁR
TNGG 3304M FNUL TNGG 160401M FNUL 3/8 .003 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
TNGG 3308M FNUL TNGG 160402M FNUL 3/8 .007 ●
TNGG 331M FNUL TNGG 160404M FNUL 3/8 .015 ●
Insert Item List
[ Carbide
/ Cermet ]
E45
60°
90°IC
R
T Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
TNGG 322 FNZF1 TNGG 160308 FNZF1 3/16 .031 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
TNGG 331 FNZF1 TNGG 160404 FNZF1 3/16 .016 ●
TNGG 332 FNZF1 TNGG 160408 FNZF1 3/16 .031 ●
TNGG 3308 FNZP TNGG 160402 FNZP 3/8 .008 ○ ○ ○ ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNGG 331 FNZP TNGG 160404 FNZP 3/8 .016 ○ ● ○ ●
TNGG 332 FNZP TNGG 160408 FNZP 3/8 .031 ○ ● ○ ●
TNMA 332 TNMA 160408 TN 3/16 .031 ● ―
TNMG 332 G TNMG 160408 G 3/8 .031 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNMG 333 G TNMG 160412 G 3/8 .047 ●
TNMG 221 F TNMG 110304 ENBF 3/8 .016 ●TNMG 321 F TNMG 160404 ENBF 3/16 .016 ●TNMG 322 F TNMG 160408 ENBF 3/16 .031 ●TNMG 321 G TNMG 160304 ENBG 3/16 .016 ●TNMG 322 G TNMG 160308 ENBG 3/16 .031 ●TNMG 323 G TNMG 160316 ENBG 3/16 1/16 ●TNMG 331 G TNMG 160404 ENBG 3/8 .016 ● ●TNMG 331 G TNMG 160404 TNG 3/8 .016 ○TNMG 332 G TNMG 160408 ENBG 3/8 .031 ● ●TNMG 332 G TNMG 160408 TNG 3/8 .031 ○TNMG 333 G TNMG 160412 ENBG 3/8 .047 ● ○TNMG 333 G TNMG 160412 TNG 3/8 .047 ○TNMG 431 G TNMG 220404 ENBG 1/2 .016 ●TNMG 432 G TNMG 220408 ENBG 1/2 .031 ● ●TNMG 433 G TNMG 220412 ENBG 1/2 .047 ● ●
TNMG 331 WM TNMG 160404 ENWM 3/8 .016 ● ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNMG 332 WM TNMG 160408 ENWM 3/8 .031 ● ○
TNMG 332 WR TNMG 160408 ENBWR 3/8 .031 ●.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNMG 332 WV TNMG 160408 ENWV 3/8 .031 ● ○.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNMG 331 Z5 TNMG 160404 TNBZ5 3/8 .016 ○ ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNMG 332 Z5 TNMG 160408 ENBZ5 3/8 .031 ○
TNMG 332 Z5 TNMG 160408 TNBZ5 3/8 .031 ○ ○
Holders ➡ F14・J34
Insert Item List
[ Carbide
/ Cermet ]
E46
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
60°
90°
IC
R
T Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
TNMG 322 ZF1 TNMG 160308 ENBZF1 3/16 .031 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)TNMG 323 ZF1 TNMG 160312 ENBZF1 3/16 .047 ●
TNMG 331 ZF1 TNMG 160404 ENBZF1 3/8 .016 ● ● ໐TNMG 332 ZF1 TNMG 160408 ENBZF1 3/8 .031 ● ● ○TNMG 333 ZF1 TNMG 160412 ENBZF1 3/8 .047 ●TNMG 432 ZF1 TNMG 220408 ENBZF1 1/2 .031 ●TNMP 331 ZP TNMG 160404 ENBZP 3/8 .016 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNMP 332 ZP TNMG 160408 ENBZP 3/8 .031 ●
TNMP 432 ZP TNMG 220408 ENBZP 1/2 .031 ●TNMG 321 ZW1 TNMG 160304 ENBZW1 3/16 .016 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TNMG 322 ZW1 TNMG 160308 ENBZW1 3/16 .031 ● ●TNMG 331 ZW1 TNMG 160404 ENBZW1 3/8 .016 ●TNMG 332 ZW1 TNMG 160408 ENBZW1 3/8 .031 ● ●TNMG 432 ZW1 TNMG 220408 ENBZW1 1/2 .031 ●
Holders ➡ F14・J34
(inch) IC TTN..32 3/8 1/8TN..33 3/8 3/16TN..43 1/2 3/16
■ 60 degree Triangle Negative type(TN.. ,continued)
Insert Item List
[ Carbide
/ Cermet ]
E47
Holders ➡ J109
■ 60 degree Triangle Positive type (TP..) (inch) IC TTP..63 3/16 3/32TP..73 7/32 3/32
(inch) IC TTP..22 1/4 1/8TP..32 3/8 1/8TP..43 1/2 3/16
60°
11°IC
R
T
H
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
TP 404 TPGA 110201 1/4 .004 ●
―TP 41 TPGA 110204 1/4 .016 ●TP 42 TPGA 110208 1/4 .031 ●TP 62 TPGA 160308 3/8 .031 ●TPC 2204 TPCN 110301 1/4 .004 ●
―
TPC 3204 TPCN 160301 3/8 .004 ●TPC 322 TPCN 160308 3/8 .016 ●TPC 432 TPCN 220408 1/2 .016 ●
TPC 433 TPCN 220412 1/2 .047 ●TPG 221 TPGN 110304 TN 1/4 .016 ●
―
TPG 222 TPGN 110308 TN 1/4 .031 ● ○TPG 321 FN TPGN 160304 FN 3/8 .016 ●TPG 321 TPGN 160304 TN 3/8 .016 ●TPG 322 FN TPGN 160308 FN 3/8 .031 ●TPG 322 TPGN 160308 TN 3/8 .031 ○ ●TPG 431 TPGN 220404 TN 1/2 .016 ●TPG 432 TPGN 220408 TN 1/2 .031 ●TPG 433 TPGN 220412 TN 1/2 .047 ●TPG 435 TPGN 220420 TN 1/2 .079 ○
TPGE 731 TPGE 090204 7/32 .016 ●
TPGE 732 TPGE 090208 7/32 .031 ●
TPGD 63Y TPGB 080202 TN 3/16 .008 ○
―TPGD 631 TPGB 080204 TN 3/16 .016 ○TPGD 73Y TPGB 090202 TN 7/32 .008 ○TPGD 731 TPGB 090204 TN 7/32 .016 ○TPGH 6308 F B3 TPGH 080202 F B3 3/16 .008 Ⓛ Ⓛ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TPGH 631 F B3 TPGH 080204 F B3 3/16 .016 Ⓛ ⓁTPGH 631 B3 TPGH 080204 T B3 3/16 .016 LTPGH 7308 F B2 TPGH 090202 F B2 7/32 .008 Ⓛ ⓁTPGH 731 F B2 TPGH 090204 F B2 7/32 .016 Ⓛ ⓁTPGH 731 B2 TPGH 090204 T B2 7/32 .016 ●TPGH 732 B2 TPGH 090208 F B2 7/32 .031 Ⓛ ⓁTPGH 2204 B3 TPGH 110301 T B3 1/4 .004 LTPGH 221 B3 TPGH 110304 T B3 1/4 .016 LTPGH 222 B3 TPGH 110308 T B3 1/4 .031 LTPGH 6308 F F1 TPGH 080202 F F1 3/16 .008 Ⓡ Ⓡ Ⓡ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
chip backward
TPGH 631 F F1 TPGH 080204 F F1 3/16 .016 Ⓡ Ⓡ ⓇTPGH 7304 F F1 TPGH 090201 F F1 7/32 .004 ⓇTPGH 7308 F F1 TPGH 090202 F F1 7/32 .008 Ⓡ Ⓡ ⓇTPGH 731 F F1 TPGH 090204 F F1 7/32 .016 Ⓡ Ⓡ ⓇTPGH 732 F F1 TPGH 090208 F F1 7/32 .031 Ⓡ ⓇTPGH 2208 F F1 TPGH 110302 F F1 1/4 .008 Ⓡ Ⓡ ⓇTPGH 221 F F1 TPGH 110304 F F1 1/4 .016 Ⓡ Ⓡ ⓇTPGH 222 F F1 TPGH 110308 F F1 1/4 .031 Ⓡ Ⓡ
Insert Item List
[ Carbide
/ Cermet ]
E48
Carbide / Cermet
Holders ➡ J109
60°
11°IC
R
T
H
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
TPGH 6308 F1 TPGH 080202 T F1 3/16 .008 Ⓡ Ⓡ
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
chip backward
TPGH 631 F1 TPGH 080204 T F1 3/16 .016 Ⓡ Ⓡ
TPGP 7308 F1 TPGH 090202 T F1 7/32 .008 Ⓡ Ⓡ
TPGP 731 F1 TPGHP 090204 T F1 7/32 .016 Ⓡ Ⓡ
TPGP 2208 F1 TPGH 110302 T F1 1/4 .008 Ⓡ Ⓡ
TPGP 221 F1 TPGH 110304 T F1 1/4 .016 Ⓡ Ⓡ
TPGP 222 F1 TPGH 110308 T F1 1/4 .031 Ⓡ Ⓡ
TPGP 7308 FG TPGH 090202 FG 7/32 .008 Ⓡ R
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TPGP 731 FG TPGH 090204 FG 7/32 .016 Ⓡ R
TPGH 2208 FG TPGH 110302 FG 1/4 .008 Ⓡ R
TPGH 221 FG TPGH 110304 FG 1/4 .016 Ⓡ R
TPGR 221 AF1 TPGR 110304 ENBAF1 1/4 .016 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
TPGR 221 FNAF1 TPGR 110304 FNAF1 1/4 .016 ●
TPGR 222 AF1 TPGR 110308 ENBAF1 1/4 .031 ●
TPGR 321 AF1 TPGR 160304 ENBAF1 3/8 .016 ●
TPGR 321 FNAF1 TPGR 160304 FNAF1 3/8 .016 ●
TPGR 322 AF1 TPGR 160308 ENBAF1 3/8 .031 ●
TPGR 322 FNAF1 TPGR 160308 FNAF1 3/8 .031 ●
TPGR 431 AF1 TPGR 220404 ENBAF1 1/2 .016 ●
TPGR 432 AF1 TPGR 220408 ENBAF1 1/2 .031 ●TPGS 731 P1 TPGS 090204 P1 7/32 .016 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
TPGR 221 P1 TPGR 110304 1/4 .016 ●TPGR 321 P1 TPGR 160304 3/8 .016 ●TPGR 322 P1 TPGR 160308 3/8 .031 ●
TPKN 32 PDTR TPKN 1603 PDTR 3/8 .012 ●―
TPKN 43 PDTR TPKN 2204 PDTR 1/2 .016 ●
TPM 221 TPMN 110304 1/4 .016 ●
―TPM 222 TPMN 110308 1/4 .031 ●TPM 321 TPMN 160304 3/8 .016 ●TPM 322 TPMN 160308 3/8 .031 ●
TPMR 221 A283 TPMR 110304 A283 1/4 .016 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
TPMR 321 A283 TPMR 160304 A283 3/8 .016 ●
TPMR 322 A305 TPMR 160308 A305 3/8 .031 ●
■ 60 degree Triangle Positive type (TP.. ,continued)
(inch) IC TTP..63 3/16 3/32TP..73 7/32 3/32
(inch) IC TTP..22 1/4 1/8TP..32 3/8 1/8TP..43 1/2 3/16
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only) M:Mirror finish
Insert Item List
[ Carbide
/ Cermet ]
E49Holders(VC) ➡ J31
■ 35 degree Diamond Positive type (VB.. / VC..)
(inch) IC TVC..13 .313 .125VC..22 1/4 1/8
VB_ _
5°35°
IC
R
T
VC_ _
7°35°
IC
R
T
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
VBG 21.508 FNAM3 VBGT 110202 FNXAM3 1/4 .008 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VBG 21.51 FNAM3 VBGT 110204 FNXAM3 1/4 .016 ●VBG 2208 FNAM3 VBGT 110302 FNXAM3 1/4 .008 ●VBG 221 FNAM3 VBGT 110304 FNXAM3 1/4 .016 ●VBGT 3304 AM3 VBGT 160401 AM3 3/8 .004 ●VBGT 3308 AM3 VBGT 160402 AM3 3/8 .008 ●VBMT 331 AM3 VBMT 160404 ENBAM3 3/8 .016 ○VBGT 331 GA VBGT 160404 ENBGA 3/8 .016 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VBGT 332 GA VBGT 160408 ENBGA 1/32 .031 ●
VBGT 333 GA VBGT 160412 ENBGA 3/8 .047 ●
VCET 2203 RUHG VCET 1103008 UHG 1/4 .003 Ⓡ.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VCGT 21.508 FN1L VCGT 110202 FN1L 1/4 .008 ○.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VCGT 2201 FNAZ7 VCGT 110300 FNAZ7 1/4 .001 ● ◯ ◯
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VCGT 2204M FNAZ7 VCGT 110301M FNAZ7 1/4 .003 ● ◯ ◯VCGT 2208M FNAZ7 VCGT 110302M FNAZ7 1/4 .007 ● ◯ ◯VCGT 221M FNAZ7 VCGT 110304M FNAZ7 1/4 .015 ● ◯ ◯VCGT 2201 FNAM3 VCGT 110300 FNAM3 1/4 .001 ● ● ● ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VCGT 2204M FNAM3 VCGT 110301M FNAM3 1/4 .003 ● ◯ ● ◯VCGT 2204 FNAM3 VCGT 110301 FNAM3 1/4 .004 ● ●VCGT 2208M FNAM3 VCGT 110302M FNAM3 1/4 .007 ● ◯ ● ○VCGT 2208 FNAM3 VCGT 110302 FNAM3 1/4 .008 ● ●VCGT 2208 FNAM3 VCGT 110302 FNXAM3 1/4 .008 ○VCGT 221M FNAM3 VCGT 110304M FNAM3 1/4 .015 ● ◯ ●VCGT 221 FNAM3 VCGT 110304 FNAM3 1/4 .016 ◯
VCGT 130300F 2M VCGT 130300 F 2M .313 .001 ◯
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VCGT 130301F 2M VCGT 130301 F 2M .313 .004 ◯
VCGT 2201 U VCGT 110300 U 1/4 .001 R R
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VCGT 2204M U VCGT 110301M U 1/4 .003 ⓇVCGT 2204 U VCGT 110301 U 1/4 .004 R RVCGT 2208M U VCGT 110302M U 1/4 .007 ⓇVCGT 2208 U VCGT 110302 U 1/4 .008 R RVCMT 2204 T AS VCMT 110301 T AS 1/4 .004 ◯ ◯
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VCMT 2208 T AS VCMT 110302 T AS 1/4 .008 ◯ ◯
VCMT 221 T AS VCMT 110304 T AS 1/4 .016 ◯ ◯
VCGW 2201 H VCGW 110300 H 1/4 .001 ●―VCGW 2204 H VCGW 110301 H 1/4 .004 ●
VCGW 2208 H VCGW 110302 H 1/4 .008 ◯
VCGT 2204M CL VCGT 110301M CL 1/4 .003 ● ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VCGT 2208M CL VCGT 110302M CL 1/4 .007 ● ●
(inch) IC TVB..21 1/4 3/32VB..22 1/4 1/8VB..33 3/8 3/16
MMM
Insert Item List
[ Carbide
/ Cermet ]
E50
Carbide / Cermet
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery R:Stock(Right-hand only) L:Stock(Left-hand only)
■ 35 degree Diamond type(VN.. / VP..) (inch) IC TVP..08 3/16 3/32VP..22 1/4 1/8
Holders(VN) ➡ F12・F13Holders(VP) ➡ J32
VN_ _
90°
35°
IC
R
T
VP_ _
11°35°
IC
R
T
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
VNGA 332 VNGA 160408 3/8 .031 ● ―
VNGG 3304 N1 VNGG 160401 N1 3/8 .004 ●
.016.008.004.004.012.020.040.118.200
.002Feed (IPR)
Depth of cut (inch)
VNGG 331 N1 VNGG 160404 N1 3/8 .016 ●
VNGG 332 N1 VNGG 160408 N1 3/8 .031 ●VNGG 3308 FNZP VNGG 160402 FNZP 3/8 .008 ◯ ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VNMP 331 ZP VNMM 160404 ENBZP 3/8 .016 ●VNGG 331 FNZP VNGG 160404 FNZP 3/8 .016 ◯ ●VNGG 332 FNZP VNGG 160408 FNZP 3/8 .031 ◯ ●VNMG 331 GE VNMG 160404 GE 3/8 .016 ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VNMG 331 AM1 VNMG 160404 ENAM1 3/8 .016 ● ◯VNMG 331 AM1 VNMG 160404 ENBAM1 3/8 .016 ● ◯ ◯VNMG 331 AM1 VNMG 160404 TNBAM1 3/8 .016 ◯ ◯VNMG 332 AM1 VNMG 160408 ENAM1 3/8 .031 ● ◯VNMG 332 AM1 VNMG 160408 ENBAM1 3/8 .031 ● ◯ ◯VNMG 332 AM1 VNMG 160408 TNBAM1 3/8 .031 ◯ ◯VNMG 333 AM1 VNMG 160412 ENBAM1 3/8 .047 ●VNMG 431 AM1 VNMG 220404 AM1 1/2 .016 ●VNMG 432 AM1 VNMG 220408 AM1 1/2 .031 ●
VNMG 331 G VNMG 160404 G 3/8 .016 ◯
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VNMG 332 G VNMG 160408 G 3/8 .031 ◯
VNMG 333 G VNMG 160412 G 3/8 .047 ◯
VNMG 332 WM VNMG 160408 ENWM 3/8 .031 ● ◯.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VNMG 331 ZF1 VNMG 160404 ENBZF1 3/8 .016 ●.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VPET 0802005 KHG VPET 0802005 KHG .187 .002 ◯
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VPET 0802008 KHG VPET 0802008 KHG .187 .003 Ⓡ ◯VPET 0802018 KHG VPET 0802018 KHG .187 .007 ◯VPET 080202 KHG VPET 080202 KHG .187 .008 ◯VPET 2202 KHG VPET 1103005 KHG 1/4 .002 R ◯VPET 2203 KHG VPET 1103008 KHG 1/4 .003 Ⓡ ◯VPET 2207 KHG VPET 1103018 KHG 1/4 .007 Ⓡ ◯VPET 2208 KHG VPET 110302 KHG 1/4 .008 Ⓡ ◯
VPET 0802008 UHG VPET 0802008 UHG .187 .003 ◯.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VPGT 2201 FNAM3 VPGT 110300 FNAM3 1/4 .001 ◯ ◯
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
VPGT 2204M FNAM3 VPGT 110301M FNAM3 1/4 .003 ◯ ◯ ●
VPGT 2208M FNAM3 VPGT 110302M FNAM3 1/4 .007 ◯ ●
(inch) IC TVN..33 3/8 3/16VN..43 1/2 .187
Insert Item List
[ Carbide
/ Cermet ]
E51
■ 80 degree Hexagon type(WC.. / WP.. / WN..) (inch) IC TWC..21 1/4 3/32WC..52 5/32 1/16WN..43 1/2 3/16
WC_ _
80°
IC
R
T
7°
WP_ _ WN_ _
80°
IC
R
T
11°
80°
IC
R
T
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Shape Item Number ISO Item Number IC R
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
WCGT 521 QB WCGT 020104 QB 5/8 .016 ○
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
WCGT 21.504 FNAM3 WCGT 040201 FNXAM3 1/4 .004 ●WCGT 21.508 FNAM3 WCGT 040202 FNXAM3 1/4 .008 ●WCGT 21.51 FNAM3 WCGT 040204 FNXAM3 1/4 .016 ●WPGT 21.504 FNAM3 WPGT 040201 FNXAM3 1/4 .004 ●WPGT 21.508 FNAM3 WPGT 040202 FNXAM3 1/4 .008 ●WPGT 21.51 FNAM3 WPGT 040204 FNXAM3 1/4 .016 ●
WNMG 432 G WNMG 080408 G 1/2 .031 ◯
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
WNMG 433 G WNMG 080412 G 1/2 .047 ◯
WNMG 432 WR WNMG 080408 ENWR 1/2 .031 ● ● ໐.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
WNMG 432 WV WNMG 080408 ENWV 1/2 .031 ● ໐.016.008.004
.004
.012
.020
.040
.118
.200
.002Feed (IPR)
Depth of cut (Inch)
WNMG 432 Z5 WNMG 080408 TNBZ5 1/2 .031 ໐ ໐
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
WNMG 433 Z5 WNMG 080412 TNBZ5 1/2 .047 ໐ ໐
WNGG 431 FNZP WNGG 080404 FNZP 1/2 .016 ໐ ● ●
.016.008.004.004.012.020.040.118
.200
.002Feed (IPR)
Depth of cut (Inch)
WNGG 432 FNZP WNGG 080408 FNZP 1/2 .031 ໐ ● ●
Holders(WN) ➡ F15・G5
Insert Item List
[ Carbide
/ Cermet ]
F1
General Turning Toolholders
●Holder Identification System …… F2●Selection Guide …………………… F4●For CN.. Inserts …………………… F6●For DN.. Inserts …………………… F8●For SN.. Inserts ……………………F10●For VN.. Inserts ……………………F12●For TN.. Inserts ……………………F14●For WN.. Inserts ……………………F15●For RN.. Inserts ……………………F16●For RC / RP.. Inserts ………………F17●For CDH.. Inserts …………………F20
F
General Turning
Toolholders
F2
General Turning Toolholders■ Holder Identification System
C C L R 16 5-- DN
A B D F G
91° 75° 45° 91° 91°
H J K L N
107° 30' 93° 75° 95°
62° 30'
P R S V X
117° 30' 75° 45°
72° 30'
SpecialDesign
❸ Approach Angle
❼ Insert SizeIC(inch) 1/4 3/8 1/2 5/8 3/4 1
T 2 3 4 5 6 8
S
R 2 3 4 5 6 8
W 2 3 4 5 6
80° C 3 4 5 6 8
55° D 3 4 5 6 8
35° V 2 3
❻ Shank Size [Height( )and Width( )](inch)06 08 10 12 16 20 24 85.375 .500 .625 .750 1.000 1.250 1.500 1.250.375 .500 .625 .750 1.000 1.250 1.500 1.000
❽ Length of toolholder ( )(inch)B C D E
4.500 5.000 6.000 7.000
❺ Hand of Tool
R
L
N
C D R S
80°
80°Diamond
55°
55°Diamond Round Square
T V W
Triangluar
35°
35°Diamond
80°
Trigon
❷ Insert Shape
❹ Insert Relief Angle
N:0°B:5°C:7°P:11°D:15°E:20°
B C Clamp-onV
W Multi-clampP Lever-lockH Bolt-clampS Screw-on
❶ Clamping System
❶ ❷ ❸ ❹ ❺ ❻ ❼ ❽
In case of = , the number will represent the number of sixteeths of and .In case of ≠ , the first digit represents the numuber of eighths of , and the second digit represents the number of quarters of .
General Turning
Toolholders
F3
Multi Clamp Toolholders
BRV Toolholder System
● Three clamping configurations available with one toolholder just by changing a clamp
● Clamp screw also accessible from bottom of the toolholder Dramatically improved accessibility when using toolholder up-side down
● BRV toolholder is a modular tooling system designed for ceramic V-bottom inserts for profiling This system provides excellent index repeatability and rigid clamping● The BRV toolholder can be used in four configurations to cut the cost for preparing separate toolholders
Features
Features
■ Double-clamp type ■ Dimple-clamp type ■ Clamp-on type
General Turning
Toolholders
F4
Selection Guide
Lead Angle 95° 75°(Using 100°Corner) 91° 91° 95°
Tooling
95° 75° 91° 91° 95°
Insert shape
CNG / CNGX / CNGA CNG / CNGA TNG / TNGA WNGA
Perfect for Ceramic Insert
Multi Clamp WCLN ➡F6 WCBN ➡F7 WTGN ➡F14 WTFN ➡F14 WWLN ➡F15WWLN-2
Clamp On CCLN ➡F6
For Insert in General Lever Lock PCLN ➡J35
Lead Angle 75° 75° 45° 45°
Tooling
75° 75° 45° 45°
Insert shape
SNG / SNGX SNG / SNGX / SNGA
Perfect for Ceramic Insert
Multi Clamp WSSN ➡F11 WSDN ➡F11
Clamp On CSKN ➡F10 CSRN ➡F10 CSSN ➡F10 CSDN ➡F11
Lead Angle 93° 107°30' 62°30' 93° 117°30' 72°30'
Tooling
93°107° 30'
62° 30' 93°
117° 30'
72° 30'
Insert shape
DNGA / DNGX VNGA / VNGX
Perfect for Ceramic Insert Multi Clamp
WDJN ➡F8
WDHN ➡F8
WDNN ➡F9
WVJN ➡F12
WVPN ➡F12
WVVN ➡F13
■ For General Turning
General Turning
Toolholders
F5
Lead Angle - - - -
Tooling
Insert shape
RNG RCGX / RPGX CDH
Perfect for Ceramic Insert
Clamp On CRGN ➡F16 VRAO ➡F18 VRAON ➡F19
BRV BRV ➡F17
Screw On HRCD ➡F20
Lead Angle 99° 91° 100°
Tooling
99° 91° 100°
Insert shape
VP.T TC.T / TC.W / TFT TN..
No offset Screw On SVXP-N ➡J32 STAC-N ➡J33 PTXN ➡J34
Lead Angle 95° 93° 62°30' 91° 93° 72°30'
Tooling
95° 93°62° 30'62° 30' 91° 91°
72° 30'
Insert shape
CC.T / CC.W DC.T / DC.W / TFD DC.T / DC.W VC.T / VC.W / TFV VC.T / VC.W
No offset Screw On SCLC ➡J26
SDJC ➡J28
SDNCN ➡J28
SVAC-N ➡J31
SVJC ➡J31
SVVCR-N ➡J31
■ For Swiss-type Lathes (With no offset)
● Y-Axis holders and DS-Holders are also available!
General Turning
Toolholders
F6
General Turning Toolholders
・ Right hand shown
95°
WCLN
CCLN
Inserts(CNG) ➡ E3 Inserts(CNGA) ➡ E4・E5・E22・E30Inserts(CNGX) ➡ E6
Inserts(CNG) ➡ E3Inserts(CNGX) ➡ E6
● Inch / Metric Holders
Item NumberStock
Insert*R L (inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)
WCLN 16-4D ● ● 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.25 ― CNGA 43(CNGA 45)(CNG 43)(CNG 45)(CNGX 43)(CNGX 45)
WCLN 20-4D ● ● 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.25 ―WCLN 2525M12 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 32WCLN 3225P12 ○ ○ ― 32 ― 25 ― 170 ― 32 ― 32 ― 32
● Inch Holders
Item NumberStock Dimensions (inch)
Insert*R L
CCLN 164 CX ● ● 1.00 1.00 6.00 1.00 1.25 1.34 CNGX 45(CNGX 43)(CNG 45)(CNG 43)CCLN 204 CX ● ● 1.25 1.25 6.00 1.25 1.50 1.34
● Spare PartsInsert Clamp Blade Shim Shim Screw Wrench
CNGX 432415 ―
ICSN454 (OP)
1160 LW-4Standard CNGX 45 ICSN434
CNG 432417 (OP) 9414 (OP)
ICSN454 (OP)CNG 45 INSN434
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard CNGA 43DC6CN
ACN423×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-D
CNGA 45 ACN423×1CNG 43 TC6CN
(OP)ACN423×2
CNG 45 ACN423×1CNGX 43 HC6CN
(OP)ACN423×2
CNGX 45 ACN423×1
6°
6°
95°
・ Right hand shown
CN.. Inserts
●:Stock ○: 1-2 week delivery OP:Optional parts
General Turning
Toolholders
F7
WCBN
● Inch / Metric Holders
Item NumberStock
Insert*R L (inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)
WCBN 16-4D 1.00 ― 1.00 ― 6.00 ― 1.00 ― .88 ― 1.25 ―CNGA 43(CNGA 45)(CNG 43)(CNG 45)
WCBN 20-4D 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.13 ― 1.25 ―
WCBN 2525M12 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 22 ― 32
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard CNGA 43DC6CN
ACN423×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-DCNGA 45 ACN423×1CNG 43 TC6CN
(OP)ACN423×2
CNG 45 ACN423×1
6°
6°
75°
・ Right hand shown
* Optional spare parts are required to use the inserts in parentheses. See spare parts lists for detail.
Inserts(CNG) ➡ E3 Inserts(CNGA) ➡ E4・E5・E22・E30
General Turning
Toolholders
F8
General Turning Toolholders
WDJN
● Inch / Metric Holders
Item NumberStock
Insert*R L (inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)
WDJN 16-4D ● ● 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.50 ―DNGA 43(DNGA 45)(DNGX 45)
WDJN 20-4D ● ● 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.50 ―WDJN 2525M15 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 38WDJN 3225P15 ○ ○ ― 32 ― 25 ― 170 ― 32 ― 32 ― 38
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard DNGA 43DC6DN
ADN423×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-DDNGA 45 ADN423×1
DNGX 45 HC6DN(OP) ADN423×1
6°
6°
93°
・ Right hand shown
WDHN
● Inch / Metric Holders
Item NumberStock
Insert*R L (inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)
WDHN 16-4D 1.00 ― 1.25 ― 6.00 ― 1.00 ― 1.25 ― 1.38 ―DNGA 43(DNGA 45)(DNGX 45)
WDHN 20-4D 1.00 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.38 ―WDHN 2525M15 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 35
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard DNGA 43DC6DN
ADN423×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-DDNGA 45 ADN423×1
DNGX 45 HC6DN(OP) ADN423×1
8°
8°
107°30'
・ Right hand shown
DN.. Inserts
●:Stock ○: 1-2 week delivery OP:Optional parts
Inserts(DNGA) ➡ E7・E23 Inserts(DNGX) ➡ E8・E35・E36
Inserts(DNGA) ➡ E7・E23 Inserts(DNGX) ➡ E8・E35・E36
General Turning
Toolholders
F9
WDNN
● Inch / Metric Holders
Item Number Stock Insert*(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)(inch)(㎜)
WDNNN 16-4D 1.00 ― 1.00 ― 6.00 ― 1.00 ― .500 ― 1.67 ―DNGA 43(DNGA 45)(DNGX 45)
WDNNN 20-4D 1.25 ― 1.25 ― 6.00 ― 1.25 ― .625 ― 1.67 ―WDNNN 2525M15 ○ ― 25 ― 25 ― 150 ― 25 ― 12.5 ― 42.5
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard DNGA 43DC6DN
ADN423×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-DDNGA 45 ADN423×1
DNGX 45 HC6DN(OP) ADN423×1
10°
62°30'
* Optional spare parts are required to use the inserts in parentheses. See spare parts lists for detail.
Inserts(DNGA) ➡ E7・E23 Inserts(DNGX) ➡ E8・E35・E36 G
eneral Turning
Toolholders
F10
General Turning Toolholders
・ Right hand shown
75°
CSKN
● Inch Holders
Item NumberStock Dimensions (inch)
Insert*R L
CSKN 164 CX ● ● 1.00 1.00 6.00 1.00 1.25 1.34 SNGX 45(SNG 43)(SNG 45)CSKN 204 CX ● ● 1.25 1.25 6.00 1.25 1.50 1.34
CSKN 165 CX ● ● 1.00 1.00 6.00 1.00 1.25 1.34 SNGX 55(SNG 55)CSKN 205 CX ● ● 1.25 1.25 6.00 1.25 1.50 1.34
CSSN
・ Right hand shown75°
CSRN
● Inch Holders
Item NumberStock Dimensions (inch)
Insert*R L
CSRN 164 CX ● ● 1.00 1.00 6.00 1.00 1.13 1.34 SNGX 45(SNG 43)(SNG 45)CSRN 204 CX ● ● 1.25 1.25 6.00 1.25 1.38 1.34
CSRN 165 CX ● ● 1.00 1.00 6.00 1.00 1.10 1.50SNGX 55(SNG 55)CSRN 205 CX ● ● 1.25 1.25 6.00 1.25 1.35 1.50
CSRN 245 CX ● ● 1.50 1.50 8.00 1.50 1.75 1.65
● Inch Holders
Item NumberStock Dimensions (inch)
Insert*R L
CSSN 245 CD ● ● 1.50 1.50 6.00 1.50 2.00 1.653 SNGX 55(SNG 55)
● Spare PartsInsert Clamp Blade Shim Shim Screw Wrench
Standard SNGX 45 2415 ― ISSN 4341160
LW-4SNG 43
2417 (OP) 9414 (OP)ISSN 454 (OP)
SNG 45 ISSN 434Standard SNGX 55 2415 ―
ISSN534 1180SNG 55 2417 (OP) 9414 (OP)
45°・ Right hand shown
SN.. Inserts
●:Stock ○: 1-2 week delivery OP:Optional parts Inserts(SNG) ➡ E13・E41Inserts(SNGX) ➡ E15
General Turning
Toolholders
F11
WSDN
45°
8°
・ Right hand shown
8°
45°
WSSN
● Inch / Metric Holders
Item NumberStock
Insert*R L inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WSSN 16-4D 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.38 ― SNGA 43(SNGA 45)(SNG 43)(SNG 45)(SNGX 45)
WSSN 20-4D 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.38 ―WSSN 2525M12 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 35
Item Number Stock Insert*inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WSDNN 16-4D 1.00 ― 1.00 ― 6.00 ― 1.00 ― .500 ― 1.42 ― SNGA 43(SNGA 45)(SNG 43)(SNG 45)(SNGX 45)
WSDNN 20-4D 1.25 ― 1.25 ― 6.00 ― 1.25 ― .625 ― 1.42 ―WSDNN 2525M12 ○ ― 25 ― 25 ― 150 ― 25 ― 12.5 ― 35WSDNN 3225P12 ○ ― 32 ― 25 ― 170 ― 32 ― 12.5 ― 35
● Spare PartsInsert Clamp Shim Clamp Screw Wrench
(for Clamp Screw) Shim Screw Wrench (for Shim Screw) Spring
Standard SNGA 43DC6CN
ASN423×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-DSNGA 45 ASN423×1SNG 43 TC6CN
(OP)ASN423×2
SNG 45 ASN423×1SNGX 45 HC6SN (OP) ASN423×1
CSDN
● Inch Holders
Item Number StockDimensions (inch)
Insert*
CSDNN 164 CX ● 1.00 1.00 6.00 1.00 1.65 SNGX 45(SNG 43)(SNG 45)CSDNN 204 CX ● 1.25 1.25 6.00 1.25 1.65
CSDNN 165 CX ● 1.00 1.00 6.00 1.00 1.65 SNGX 55(SNG 55)CSDNN 205 CX ● 1.25 1.25 6.00 1.25 1.65
● Spare Parts Insert Clamp Blade Shim Shim Screw Wrench
Standard SNGX 45 2415 ― ISSN 4341160
LW-4SNG 43
2417 (OP) 9414 (OP)ISSN 454 (OP)
SNG 45 ISSN 434Standard SNGX 55 2415 ―
ISSN534 1180SNG 55 2417 (OP) 9414 (OP)
* Optional spare parts are required to use the inserts in parentheses. See spare parts lists for detail.
Inserts(SNG) ➡ E13・E41Inserts(SNGX) ➡ E15
Inserts(SNG) ➡ E13・E41 Inserts(SNGA) ➡ E14・E24・E40・E41Inserts(SNGX) ➡ E15
General Turning
Toolholders
F12
General Turning Toolholders
WVJN
● Inch / Metric Holders
Item NumberStock
Insert*R L inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WVJN 16-3D ● ● 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.61 ―
VNGA 33(VNGA 35)(VNGX 35)
WVJN 20-3D ● ● 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.61 ―
WVJN 2525M16 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 41
WVJN 3225P16 ○ ○ ― 32 ― 25 ― 170 ― 32 ― 32 ― 41
Inserts(VNGA) ➡ E20・E26・E50
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard VNGA 33DC6VN
AVN323×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-DVNGA 35 AVN323×1
VNGX 35 HC6VN(OP) AVN323×1
6°
13°
93°
・ Right hand shown
WVPN
● Inch / Metric Holders
Item NumberStock
Insert*R L inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WVPN 16-3D 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.38 ―VNGA 33(VNGA 35)(VNGX 35)
WVPN 20-3D 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.38 ―
WVPN 2525M16 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 35
Inserts(VNGA) ➡ E20・E26・E50
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard VNGA 33DC6VN
AVN323×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-DVNGA 35 AVN323×1
VNGX 35 HC6VN(OP) AVN323×1
10°
10°
117°30'
2
・ Right hand shown
VN.. Inserts
●:Stock ○: 1-2 week delivery OP:Optional parts
General Turning
Toolholders
F13
WVVN
● Inch / Metric Holders
Item Number Stock Insert*inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WVVNN 16-3D 1.00 ― 1.00 ― 6.00 ― 1.00 ― .500 ― 1.73 ―VNGA 33(VNGA 35)(VNGX 35)
WVVNN 20-3D 1.25 ― 1.25 ― 6.00 ― 1.25 ― .625 ― 1.73 ―
WVVNN 2525M16 ○ ― 25 ― 25 ― 150 ― 25 ― 12.5 ― 44
Inserts(VNGA) ➡ E20・E26・E50
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard VNGA 33DC6VN
AVN323×2
AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-DVNGA 35 AVN323×1
VNGX 35 HC6VN(OP) AVN323×1
15°
72°30'
* Optional spare parts are required to use the inserts in parentheses. See spare parts lists for detail.
General Turning
Toolholders
F14
General Turning Toolholders
WTGN
● Inch / Metric Holders
Item NumberStock
Insert*R L inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WTGN 16-3D 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.00 ― TNGA 33(TNGA 35)(TNG 33)(TNG 35)
WTGN 20-3D 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.00 ―
WTGN 2525M16 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 35
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard TNGA 33DC5TN
ATN323×2
AOS-5*26W LLR-T15 FSS15-3.0*12 LLR-T10 ASGL6-DTNGA 35 ATN323×1TNG 33 TC5TN
(OP)ATN323×2
TNG 35 ATN323×1
・ Right hand shown
6°
6°
91°
WTFN
● Inch / Metric Holders
Item NumberStock
Insert*R L inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WTFN 16-3D 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.06 ― TNGA 33(TNGA 35)(TNG 33)(TNG 35)
WTFN 20-3D 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.06 ―
WTFN 2525M16 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 27
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard TNGA 33DC5TN
ATN323×2
AOS-5*26W LLR-T15 FSS15-3.0*12 LLR-T10 ASGL6-DTNGA 35 ATN323×1TNG 33 TC5TN
(OP)ATN323×2
TNG 35 ATN323×1
6°
6°
91°
・ Right hand shown
TN.. Inserts
●:Stock ○: 1-2 week delivery OP:Optional parts
Inserts(TNG) ➡ E16 Inserts(TNGA) ➡ E18・E25・E44・E45・E46
Inserts(TNG) ➡ E16 Inserts(TNGA) ➡ E18・E25・E44・E45・E46
General Turning
Toolholders
F15
WWLN-2
6°
6°
95°
・ Right hand shown
6°
6°
95°
・ Right hand shown
WWLN
● Inch / Metric Holders
Item NumberStock
InsertR L inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WWLN 16-4D 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.30 ―
WNGA 43(WNGA 45)WWLN 20-4D 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.30 ―
WWLN 2525M08 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 33
Item NumberStock
InsertR L inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜ inch ㎜
WWLN 16-4D-2 1.00 ― 1.00 ― 6.00 ― 1.00 ― 1.25 ― 1.18 ―WNGA 43(WNGA 45)WWLN 20-4D-2 1.25 ― 1.25 ― 6.00 ― 1.25 ― 1.50 ― 1.18 ―
WWLN 2525M08-2 ○ ○ ― 25 ― 25 ― 150 ― 25 ― 32 ― 30
Inserts ➡ E21・E51
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard WNGA 43DC6CN
AWN423-W×2AOS-6*30W LLR-T20 FSS15-3.0*12 LLR-T10 ASGL6-D
WNGA 45 AWN423-W×1
95°
WN.. Inserts
* Optional spare parts are required to use the inserts in parentheses. See spare parts lists for detail.
General Turning
Toolholders
F16
General Turning Toolholders
・ Right hand shown
CRGN
Inserts ➡ E10
● Inch Holders
Item NumberStock Dimensions (inch)
Insert*R L
CRGN 164 CD ● ● 1.00 1.00 6.00 1.00 1.25 1.34 RNG 45(RNG 43)CRGN 204 CD ● ● 1.25 1.25 6.00 1.25 1.50 1.34
CRGN 165 CD ● ● 1.00 1.00 6.00 1.00 1.25 1.34RNG 55
CRGN 205 CD ● ● 1.25 1.25 6.00 1.25 1.50 1.34
CRGN 206 CD ● ● 1.25 1.25 6.00 1.25 1.50 1.65 RNG 65
● Spare PartsInsert Clamp Blade Shim Shim Screw Wrench
Standard RNG 452413
9414
IRSN 431160
LW-4RNG 43 IRSN 45 (OP)
Standard RNG 55 IRSN 53 1180Standard RNG 65 2417 3919 1182
RN.. Inserts
●:Stock ○: 1-2 week delivery OP:Optional parts
General Turning
Toolholders
F17
・ Right hand shown
Radial mounting
Axial mountingAnvil
Shank
Clamp
BRV
Inserts(RCGX) ➡ E9 Inserts(RPGX) ➡ E11
●Toolholder body
Item Number StockDimensions (inch)
Anvil Screw Stock
BS 20 ● 1.25 1.38 5.5 BAS 20 ●
● Anvils and Parts (Order each part separately)
Shank AnvilStock Dimensions (inch)
Insert Clamp Shim Clamp Screw
Shim ScrewR L
BS 20
BRVR 6020-2V ● .750 RCGX 23RPGX 23 BRCR-2V BN-2V BRCS 2V BNS-2V
BRVR 8020-3V ● 1.000 RCGX 35RPGX 35 BRCN-3V BN-3V BRCS 3V BNS-3V
BRVR 9020-4V ● 1.125 RCGX 45RPGX 45 BRCN-4V BN-4V BRCS 4V BNS-4V
BRVL 6020-2V ○ .750 RCGX 23RPGX 23 BRCL-2V BN-2V BRCS 2V BNS-2V
BRVL 8020-3V ● 1.000 RCGX 35RPGX 35 BRCN-3V BN-3V BRCS 3V BNS-3V
BRVL 9020-4V ● 1.125 RCGX 45RPGX 45 BRCN-4V BN-4V BRCS 4V BNS-4V
Note: Shank comes with anvil screws. - Order anvil separately.
RC.. / RP.. Inserts
* Optional spare parts are required to use the inserts in parentheses. See spare parts lists for detail.
General Turning
Toolholders
F18
General Turning Toolholders
・ Right hand shown
VRAO
● Inch Holders
Item NumberStock Dimensions (inch)
InsertR L
VRAO 16-2D ● ● 1.00 1.00 6.00 1.00 1.00 RCGX 102RCGX 23RCGX 25RPGX 23RPGX 25VRAO 20-2D ● ● 1.25 1.25 6.00 1.25 1.00
VRAO 16-3D ● ● 1.00 1.00 6.00 1.00 1.25RCGX 103RCGX 35RPGX 35
VRAO 20-3D ● ● 1.25 1.25 6.00 1.25 1.25
VRAO 24-3E ● ● 1.50 1.50 7.00 1.50 1.25
VRAO 16-4D ● ● 1.00 1.00 6.00 1.00 1.50RCGX 104RCGX 45RPGX 45
VRAO 20-4D ● ● 1.25 1.25 6.00 1.25 1.50
VRAO 24-4E ● ● 1.50 1.50 7.00 1.50 1.50
● Spare PartsParts
Toolholder
Clamp Shim Clamp Screw Shim Screw
VRAO 16-2DCL2RV SM2RV(RCGX10. / R.GX.5)
SM2RVS(R.GX23)(OP) SC40F-16 SC02C-08VRAO 20-2D
VRAO 16-3D
CL3RV SM3RV SC10F-10
SC05C-08
VRAO 20-3DSC05C-10
VRAO 24-3E
VRAO 16-4D
CL4RV SM4RV SC40F-12
SC06C-08
VRAO 20-4DSC06C-10
VRAO 24-4E
RC.. / RP.. Inserts
●:Stock ○: 1-2 week delivery OP:Optional parts
Inserts(RCGX) ➡ E9 Inserts(RPGX) ➡ E11
General Turning
Toolholders
F19
VRAON
● Inch Holders
Item Number StockDimensions (inch)
Insert
VRAON 16-2D ● 1.00 1.00 6.00 1.00 RCGX 102RCGX 23RCGX 25RPGX 23RPGX 25VRAON 20-2D ● 1.25 1.25 6.00 1.00
VRAON 16-3D ● 1.00 1.00 6.00 1.25RCGX 103RCGX 35RPGX 35
VRAON 20-3D ● 1.25 1.25 6.00 1.25
VRAON 24-3E ● 1.50 1.50 7.00 1.25
VRAON 16-4D ● 1.00 1.00 6.00 1.50RCGX 104RCGX 45RPGX 45
VRAON 20-4D ● 1.25 1.25 6.00 1.50
VRAON 24-4E ● 1.50 1.50 7.00 1.50
● Spare PartsParts
Toolholder
Clamp Shim Clamp Screw Shim Screw
VRAON 16-2DCL2RV SM2RV(RCGX10. / R.GX.5)
SM2RVS(R.GX23)(OP) SC40F-16 SC02C-08VRAON 20-2D
VRAON 16-3D
CL3RV SM3RV SC10F-10
SC05C-08
VRAON 20-3DSC05C-10
VRAON 24-3E
VRAON 16-4D
CL4RV SM4RV SC40F-12
SC06C-08
VRAON 20-4DSC06C-10
VRAON 24-4E
Inserts(RCGX) ➡ E9 Inserts(RPGX) ➡ E11
General Turning
Toolholders
F20
General Turning Toolholders
6°
HRCD
● Metric Holders
Item NumberStock Dimensions (㎜)
InsertR
HRCD-22 ○ 50 50 300 50 30 CDH 22
HRCD-33 ○ 50 50 300 50 30 CDH 33
HRCD-42 50 50 300 50 30 CDH 42
HRCD-43 50 50 300 50 30 CDH 43
HRCD-53 50 50 300 50 30 CDH 53
● Spare PartsParts
Toolholder
Clamp Screw Washer Shim Wrench
HRCD-22 CS0316 W120 HACDH22 LW-2.5
HRCD-33 CS0625 W110 HACDH33 LW-5
HRCD-42 1/4-20UNC×11/4W106
HACDH42LWU-4
HRCD-43 1/4-20UNC×11/2 HACDH43
HRCD-53 3/8-16UNC×11/2 W107 HACDH53 LWU-5
CDH.. Inserts
●:Stock ○: 1-2 week delivery
Inserts ➡ E2
General Turning
Toolholders
G1
ID Tooling
●Product Lines ……………………… G2●For CN.. Inserts …………………… G4●For DN.. Inserts …………………… G4●For SN.. Inserts …………………… G5●For WN.. Inserts ………………… G5
G
ID Tooling
G2
NTK ID Tooling-Product Lines
■ Minimum bore diameter φ.039" -
For Conventional Lathes
For Swiss-type Lathes and Conventional Lathes
■ Multi-clamp seriesS-WCLN S-WDUN S-WSKN S-WWLN
Double clamp Double clamp Double clamp Double clamp
Min. Bore Dia:φ1.299" Min. Bore Dia:φ1.654" Min. Bore Dia:φ1.969" Min. Bore Dia:φ1.299"
S chipbreaker
Sharp cutting edge
H No chipbreaker
Mirror finish edge
F chipbreaker
Evacuates chips BACKWARD.
LBMA/LBMA-S DS-LBMB
Min. Bore Dia.:φ.039" Min. Bore Dia.:φ.039"
➡G5➡G5
➡J105
➡G4➡G4
➡J105
SBFS (Solid carbide bars)
Min. Bore Dia.:φ.079"
SHFS (Solid carbide bars)
Min. Bore Dia.:φ.079"
Hyper
➡J94➡J98
SBFB (Solid carbide bars)
Min. Bore Dia.:φ.079"
SHFB (Solid carbide bars)
Min. Bore Dia.:φ.079"
Hyper
➡J94➡J98
ID Tooling
G3
SBG BG (Steel shank) SFG
Min. Bore Dia.:φ.118" Min. Bore Dia.:φ.394" Min. Bore Dia.:φ.236"
■ Minimum Bore Diameter:φ.197" -
■ Back Boring
■ ID Grooving
■ ID Threading
C-MBR (Carbide shank) S-MBR (Steel shank) C-SEXR (Carbide shank) S-SEXR (Steel shank)
Min. Bore Dia.:φ.197" Min. Bore Dia.:φ.197" Min. Bore Dia.:φ.236" Min. Bore Dia.:φ.236"
C-STZ (Carbide shank)
Min. Bore Dia.:φ.394"
TGC (Carbide shank)HN59 (Steel shank)
Min. Bore Dia.:φ.315"
SBT
Min. Bore Dia.:φ.118"
C-STUC/P (Carbide shank) S-STUC/P (Steel shank) C-SCLC/P (Carbide shank) S-SCLC/P (Steel shank)
Min. Bore Dia.:φ.315" Min. Bore Dia.:φ.315" Min. Bore Dia.:φ.276" Min. Bore Dia.:φ.276"
➡J107
➡J108
➡J107
➡J108
➡J106
➡J109
➡J106
➡J109
➡J100
➡J112 ➡J101
➡J109
MMMMMMMMMMOOOOOOOOOOOOOGGGGGGGGGGGGGMMMMMMMMMMOOOOOOOOOOOGGGGGGGGGGGUUUUUUUUUULLLLLLLLLL BBBBBBBBBBBaaaaaaaaaarrrrrrrrrrrMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUULLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLL BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaarrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrNEWNEWNEW
➡J111 ➡J100ID Tooling
G4
ID Tooling■ CN.. Inserts
■ DN.. Inserts
S-WCLN
S-WDUN
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard CNGA 43DC6CN
ACN423×1
AOS-6*26W(S25R-WCLN 12)AOS-6*30W(Others)
LLR-T20
FSS16-3.0*8 LLR-T10
ASGL6-D
CNGA 45 ― ― ―CNG 43 TC6CN
(OP)ACN423×1 FSS16-3.0*8 LLR-T10
CNG 45 ― ― ―CNGX 43 HC6CN
(OP)ACN423×1 FSS16-3.0*8 LLR-T10
CNGX 45 ― ― ―
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard DNGA 43DC6DN
ADN423×1 AOS-6*26W(S32S-WDUN 15)AOS-6*30W
(S40T-WDUN 15)LLR-T20
FSS16-3.0*8 LLR-T10
ASGL6-DDNGA 45 ― ― ―
DNGX 45 HC6DN(OP) ― ― ―
6
95
6
3
● Metric Holders
Item NumberStock Min. Bore Dia.
(㎜)Dimensions (㎜)
Insert*R L
S25R-WCLN 12 ○ ○ 33 25 24 200 17 40 14 CNGA 43(CNGA 45)(CNG 43)(CNG 45)(CNGX 43)(CNGX 45)
S32S-WCLN 12 ○ ○ 40 32 30 250 22 50 12S40T-WCLN 12 ○ ○ 50 40 38 300 27 60 10S50U-WCLN 12 ○ ○ 63 50 47 350 35 65 8
● Metric Holders
Item NumberStock Min. Bore Dia.
(㎜)Dimensions (㎜)
Insert*R L
S32S-WDUN 15 ○ ○ 42 32 30 250 22 50 12 DNGA 43(DNGA 45)(DNGX 45)S40T-WDUN 15 ○ ○ 50 40 38 300 27 60 10
Min. Bore Diameter φ1.299" -
Min. Bore Diameter φ1.654" -
・ Right hand shown
・ Right hand shown
●:Stock ○: 1-2 week delivery OP:Optional parts
Inserts(CNG) ➡ E3 Inserts(CNGA) ➡ E4・E5・E22・E30Inserts(CNGX) ➡ E6
Inserts(DNGA) ➡ E7・E23 Inserts(DNGX) ➡ E8・E35・E36
ID Tooling
G5
■ SN.. Inserts
■ WN.. Inserts
S-WSKN
S-WWLN
Inserts ➡ E21・E51
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard SNGA 43DC6CN
ASN423×1
AOS-6*30W LLR-T20
FSS16-3.0*8 LLR-T10
ASGL6-D
SNGA 45 ― ― ―SNG 43 TC6CN
(OP)ASN423×1 FSS16-3.0*8 LLR-T10
SNG 45 ― ― ―
SNGX 45 HC6CN(OP) ― ― ―
● Spare Parts
Insert Clamp Shim Clamp Screw Wrench (for Clamp Screw) Shim Screw Wrench
(for Shim Screw) Spring
Standard WNGA 43DC6CN
AWN423-W×1AOS-6*30W LLR-T20
FSS16-3.0*8 LLR-T10ASGL6-D
WNGA 45 ― ― ―
675
6
95
● Metric Holder
Item NumberStock Min. Bore Dia.
(㎜)Dimensions (㎜)
Insert*R L
S40T-WSKN 12 ○ ○ 50 40 38 300 27 60 10
SNGA 43(SNGA 45)(SNG 43)(SNG 45)(SNGX 45)
● Metric Holders
Item NumberStock Min. Bore Dia.
(㎜)Dimensions (㎜)
InsertR L
S25R-WWLN 08 ○ ○ 33 25 24 200 17 40 14WNGA 43
(WNGA 45)S32S-WWLN 08 ○ ○ 40 32 30 250 22 50 12S40T-WWLN 08 ○ ○ 50 40 38 300 27 60 10
Min. Bore Diameter φ1.969" -
Min. Bore Diameter φ1.299" -
・ Right hand shown
・ Right hand shown
* Optional spare parts are required to use the inserts in parentheses. See spare parts lists for detail.
Inserts(SNG) ➡ E13・E41 Inserts(SNGA) ➡ E14・E24・E40・E41Inserts(SNGX) ➡ E15
ID Tooling
H1
Grooving Tools
●Product Lines ……………………… H2● Guideline for Grooving Heat Resistant Alloys …………… H4●For VGW Inserts ………………… H6●For VDB Inserts ………………… H8●For GKN / GKP / RKN Inserts H11●For VGE Inserts ………………… H12
H
Grooving
H2
Grooving Toolsfor General Machining
DB (Face Grooving)
➡H10Blade width .125" to .375"Depth of cut .750"
VDB
BGV
➡H7Blade width .125" to .375"Depth of cut .375" to 1.125"
VGW
DB(Straight OD) VGT NS
➡H9 ➡H12 ➡H11Blade width .125" to .375" Blade width .115" to .378" Blade width .031" to .189"Depth of cut .750" Depth of cut .470" Depth of cut .021"
VDB VGE GKN, GKP, RKN
Grooving
H3
for Swiss-type Lathes■ Grooving
■ Face Grooving
GTT DS-GTTL GTVW GTPA
➡J69 ➡J70 ➡J71 ➡J72Blade width .012" to .118" Blade width .012" to .118" Blade width .118" to .236" Blade width .079" to .098"Depth of cut .012" to .106" Depth of cut .012" to .106" Depth of cut .244" to .315" Depth of cut .197" to .236"
Y-axis holders available ➡J70 Y-axis holders available ➡J72GTMH32, GTMX32, GTM32 GVW GTPA
CSV
➡J73Blade width .010" to .059"Depth of cut .006" to .102"
CSVG
■ ID GroovingSBG BG SFG
➡J100 ➡J111 ➡J100Blade width .020" to .079" Blade width .020" to .079" Blade width .039" to .118"Depth of cut .031" to .087" Depth of cut .047" to .126" Depth of cut .059" to .118"Min. Bore Dia. φ.118" Min. Bore Dia. φ.394" Min. Bore Dia. φ.236"
CH-FGV DS-FGV FGV
➡J77 ➡J77 ➡J77Blade width .039" to .079" Blade width .039" to .079" Blade width .039" to .079"Depth of cut .059" to .157" Depth of cut .059" to .157" Depth of cut .059" to .118"
FGV, FBV FGV, FBV FGV
Grooving
H4
Guideline for grooving heat resistant alloys
Now available SX7 !
When using SX7 / SX5, increase feed rates 100% vs. Whisker Ceramics
SiAlON Ceramic Whisker Ceramic
SX5 SX7 WA1
Toughness
Flank wear resistance
Notching resistance
better
better
better
Application Grade CoolantCutting speed Feed
400 600 800 1000 1200 .002 .004 .006 .008 .010
Grooving SX7SX5 WET 900 (600-1200) SFM .006 (.004-.008) IPR
WA1900 (600-1200) SFM .002 (.002-.004) IPR
Grooving
H5
BGV Toololder System
● BGV toolholder is a flexible modular tooling system designed for ceramic grooving inserts with V-bottoms This system provides excellent index repeatability and rigid clamping
● This BGV tool shank offers the flexibility and economy of a 4-way-use
When machining a grooved area with multiple passes, during the last remaining plunge the insert radius engages a potentially work hardened area. This programming procedure sets up the potential of corner radius chipping or notching.
The grooving insert is plunged down both outside walls thus maintaining a good finish. The remaining material can be removed by using a stronger insert shape such as a RCGX style.
Features
■ Application Information
≧45° Work HardeningLayer
45°
Change to
Grooving
H6
Grooving Tools
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number W R T LSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
VGW 41251 EX001 .125 .015 .187 .500 ●VGW 41251 T0220 .125 .015 .187 .500 ●VGW 41252 EX001 .125 .031 .187 .500 ●VGW 41252 T0220 .125 .031 .187 .500 ●VGW 41561 EX001 .156 .015 .187 .500 ●VGW 41561 T0220 .156 .015 .187 .500 ●VGW 41562 EX001 .156 .031 .187 .500 ●VGW 41562 T0220 .156 .031 .187 .500 ●VGW 41871 EX001 .187 .015 .187 .500 ●VGW 41871 T0220 .187 .015 .187 .500 ● ●VGW 41872 EX001 .187 .031 .187 .500 ●VGW 41872 T0220 .187 .031 .187 .500 ● ●VGW 62501 T0220 .250 .015 .250 .750 ● ●VGW 62501 T0420 .250 .015 .250 .750 ●VGW 62501 Z0220 .250 .015 .250 .750 ●VGW 62501 Z0420 .250 .015 .250 .750 ●VGW 62502 EX001 .250 .031 .250 .750 ●VGW 62502 T0220 .250 .031 .250 .750 ● ●VGW 62503 EX001 .250 .046 .250 .750 ●VGW 62503 T0220 .250 .046 .250 .750 ● ●VGW 62814 T0220 .250 .062 .250 .750 ●VGW 83122 EX001 .312 .031 .337 1.000 ●VGW 83122 T0220 .312 .031 .337 1.000 ●VGW 83124 EX001 .312 .062 .337 1.000 ●VGW 83124 T0220 .312 .062 .337 1.000 ● ●VGW 83752 EX001 .375 .031 .337 1.000 ●VGW 83752 T0220 .375 .031 .337 1.000 ● ●VGW 83754 EX001 .375 .062 .337 1.000 ●VGW 83754 T0220 .375 .062 .337 1.000 ● ● ●
90°T
W
R
L
■ VGW
Holders ➡ H7■ VGW..R
Holders ➡ H7
90°T
W
R
LSteel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number W R T LSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
VGW 4125R EX001 .125 .063 .187 .500 ●VGW 4125R T0220 .125 .063 .187 .500 ●VGW 4156R EX001 .156 .078 .187 .500 ●VGW 4156R T0220 .156 .078 .187 .500 ● ●VGW 4156R Z0820 .156 .078 .187 .500 ●VGW 4187R EX001 .187 .094 .187 .500 ●VGW 4187R T0220 .187 .094 .187 .500 ● ●VGW 6218R EX001 .218 .109 .250 .750 ●VGW 6218R T0220 .218 .109 .250 .750 ●VGW 6250R EX001 .250 .125 .250 .750 ●VGW 6250R T0220 .250 .125 .250 .750 ● ●VGW 8312R EX001 .312 .156 .337 1.000 ●VGW 8312R T0220 .312 .156 .337 1.000 ● ●VGW 8375R EX001 .375 .188 .337 1.000 ●VGW 8375R T0220 .375 .188 .337 1.000 ● ●
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery
Grooving
H7
Axial mounting
Radial mounting
Anvil
Shank
Clamp
BGV
● Toolholder Body
Item Number Stock
Dimensions (inch)Insert Anvil Screw Stock
BS 20 ● 1.25 1.38 5.5 VGWVGW..R BAS 20 ●
● Anvils(Anvil comes with clamp & clamp screw)Right hand
Shank Item NumberStock Dimensions (inch)
Insert Clamp Stock Clamp Screw StockR L
BS 20
BGVR 043020 ● ― .375 VGW 4125VGW 4156 BGCR 04 ●
BRCS 2V ●
BGVR 054520 ● ― .562 VGW 4156VGW 4187 BGCR 05 ●
BGVR 074520 ● ― .562 VGW 6218VGW 6250 BGCR 07 ●
BGVR 086020 ● ― .750 VGW 6250VGW 6281 BGCR 08 ●
BGVR 106020 ● ― .750 VGW 8312VGW 8344 BGCR 10 ●
BGVR 119020 ● ― 1.125 VGW 8344VGW 8375 BGCR 11 ●
Left hand
Shank Item NumberStock Dimensions (inch)
Insert Clamp Stock Clamp Screw StockR L
BS 20
BGVL 043020 ― ● .375 VGW4125VGW4156 BGCL 04 ●
BRCS 2V ●
BGVL 054520 ― ● .562 VGW4156VGW4187 BGCL 05 ●
BGVL 074520 ― ● .562 VGW6218VGW6250 BGCL 07 ●
BGVL 086020 ― ● .750 VGW6250VGW6281 BGCL 08 ●
BGVL 106020 ― ● .750 VGW8312VGW8344 BGCL 10 ●
BGVL 119020 ― ● 1.125 VGW8344VGW8375 BGCL 11 ●
Note: The holder body comes with anvil screws. Anvils sold separately
・ Right hand shown
Inserts ➡ H6
Grooving
H8
Grooving Tools■ VDB
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number W R S TSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
VDB 125 A015 T0225 .125 .015 .106 .250 ●VDB 156 A015 T0225 .156 .015 .106 .250 ●VDB 188 A015 T0225 .188 .015 .144 .250 ●VDB 218 A015 T0225 .218 .015 .144 .250 ●VDB 250 B015 T0225 .250 .015 .202 .337 ●VDB 250 B031 T0220 .250 .031 .202 .337 ● ● ●VDB 250 B062 T0220 .250 .062 .202 .337 ●VDB 281 B015 T0225 .281 .015 .202 .337 ●VDB 312 B015 T0225 .312 .015 .202 .337 ●VDB 312 B031 EX001 .312 .031 .202 .337 ●VDB 312 B031 T0220 .312 .031 .202 .337 ●VDB 312 B062 EX001 .312 .062 .202 .337 ●VDB 312 B062 T0220 .312 .062 .202 .337 ●VDB 344 B015 T0225 .344 .015 .275 .337 ●VDB 375 B015 T0225 .375 .015 .275 .337 ●VDB 375 B031 EX001 .375 .031 .275 .337 ●VDB 375 B031 T0220 .375 .031 .275 .337 ●VDB 375 B046 E02 .375 .046 .275 .337 ●VDB 375 B046 T0220 .375 .046 .275 .337 ●VDB 375 B062 E02 .375 .062 .275 .337 ●VDB 375 B062 T0220 .375 .062 .275 .337 ● ●
1.125
90°W
T
R S
■ VDB..R
Holders ➡ H9・H10
Holders ➡ H9・H10
1.125
90°W
T
R S
Steel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number W R S TSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
VDB 125 RA T0225 .125 .063 .106 .250 ●VDB 156 RA T0225 .156 .078 .106 .250 ●VDB 188 RA T0225 .188 .094 .144 .250 ●VDB 218 RA T0225 .218 .109 .144 .250 ●VDB 250 RB T0220 .250 .125 .202 .337 ● ●VDB 250 RB T0225 .250 .125 .202 .337 ●VDB 281 RB T0225 .281 .141 .202 .337 ●VDB 312 RB T0225 .312 .156 .202 .337 ●VDB 344 RB T0225 .344 .172 .275 .337 ●VDB 375 RB T0225 .375 .188 .275 .337 ●
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery
Grooving
H9
Anvil Shank
DB
● Toolholder Body
Item NumberStock Dimensions (inch)
Insert Anvil Screw Stock Clamp Screw StockR L
DB1-1-16 ● ● 1.00 1.00 6.00 .750VDBVDB..R DAS41 ● SC40F10 ●
DB1-1-20 ● ● 1.25 1.25 7.00 .750
Note: Toolholder body comes with anvil screw and clamp screw. Anvils and Clamps are sold separately
● Anvils and Clamps
InsertDB-1-16R(Right hand)
DB-1-16L(Left hand)
Anvil Stock Clamp Stock Anvil Stock Clamp StockVDB125 R1E04 ● CR1-1-E04 ● L1E04 ● CL1-1-E04 ●
VDB156 R1E05 ● CR1-1-E06 ● L1E05 ● CL1-1-E06 ●
VDB188 / VDB218 R1E06 ● CR1-1-E06 ● L1E06 ● CL1-1-E06 ●
VDB250 R1E07 ● CR1-1-E07 ● L1E07 ● CL1-1-E07 ●
VDB281 / VDB312 R1E09 ● CR1-1-E09 ● L1E09 ● CL1-1-E09 ●
VDB344 / VDB375 R1E11 ● CR1-1-E11 ● L1E11 ● CL1-1-E11 ●
InsertDB-1-20R(Right hand)
DB-1-20L(Left hand)
Anvil Stock Clamp Stock Anvil Stock Clamp StockVDB125 R2E04 ● CR1-1-E04 ● L2E04 ● CL1-1-E04 ●
VDB156 R2E05 ● CR1-1-E06 ● L2E05 ○ CL1-1-E06 ●
VDB188 / VDB218 R2E06 ● CR1-1-E06 ● L2E06 ● CL1-1-E06 ●
VDB250 R2E07 ● CR1-1-E07 ● L2E07 ● CL1-1-E07 ●
VDB281 / VDB312 R2E09 ● CR1-1-E09 ● L2E09 ● CL1-1-E09 ●
VDB344 / VDB375 R2E11 ● CR1-1-E11 ● L2E11 ● CL1-1-E11 ●
・ Right hand shown
Straight OD turning
Inserts ➡ H8
Grooving
H10
Grooving ToolsDB Face Grooving
Curve In Curve Out
CL
CL
RIGHT HAND
LEFT HAND
Clamp
Anvil Shank
(Max. Depth)CL
CL
RIGHT HANDClamp
Anvil Shank LEFT HAND
(Max. Depth)
● Toolholder Body
Item NumberStock Dimensions (inch)
Insert Anvil Screw Stock Clamp Screw StockR L
DB7-1-7-16 ○ ○ 1.00 1.00 6.00 .750VDBVDB..R DAS41 ● SC40F10 ●
DB7-1-7-20 ○ ○ 1.25 1.25 7.00 .750
Note: Toolholder body comes with anvil screw and clamp screw. Anvils and Clamps are soid separately
● Anvils and Clamps
Curve In
Shank InsertO.D. range
Clamp Stock3" - 4 1/2" 4 1/2" - 7" 7" - 14" 14" and over
DB7-1-7-16RDB7-1-7-20R
VDB156 / VDB188 DBA-3305 ○ DBA-3405 ○ DBA-3505 ○ DBA-3605 ○ CR1-1-E06A ○
VDB250 DBA-3307 ○ DBA-3407 ○ DBA-3507 ○ DBA-3607 ○ CR1-1-E07A ●
VDB281 / VDB312 DBA-3309 ○ DBA-3309 ○ DBA-3509 ○ DBA-3509 ○ CR1-1-E09A ○
VDB344 / VDB375 DBA-3311 ○ DBA-3311 ○ DBA-3511 ○ DBA-3511 ○ CR1-1-E11A ●
DB7-1-7-16LDB7-1-7-20L
VDB156 / VDB188 DBA-7305 ○ DBA-7405 ○ DBA-7505 ○ DBA-7605 ○ CL1-1-E06A ○
VDB250 DBA-7307 ○ DBA-7407 ○ DBA-7507 ○ DBA-7607 ○ CL1-1-E07A ●
VDB281 / VDB312 DBA-7309 ○ DBA-7309 ○ DBA-7509 ○ DBA-7509 ○ CL1-1-E09A ○
VDB344 / VDB375 DBA-7311 ○ DBA-7311 ○ DBA-7511 ○ DBA-7511 ○ CL1-1-E11A ○
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery
・ Right hand shown ・ Right hand shown
Curve Out
Shank InsertO.D. range
Clamp Stock3" - 4 1/2" 4 1/2" - 7" 7" - 14" 14" and over
DB7-1-7-16RDB7-1-7-20R
VDB156 / VDB188 DBA-4305 ○ DBA-4405 ○ DBA-4505 ○ DBA-4605 ○ CR1-1-E06A ○
VDB250 DBA-4307 ○ DBA-4407 ○ DBA-4507 ○ DBA-4607 ○ CR1-1-E07A ●
VDB281 / VDB312 DBA-4309 ○ DBA-4309 ○ DBA-4509 ○ DBA-4509 ○ CR1-1-E09A ○
VDB344 / VDB375 DBA-4311 ○ DBA-4311 ○ DBA-4511 ○ DBA-4511 ○ CR1-1-E11A ●
DB7-1-7-16LDB7-1-7-20L
VDB156 / VDB188 DBA-8305 ○ DBA-8405 ○ DBA-8505 ○ DBA-8605 ○ CL1-1-E06A ○
VDB250 DBA-8307 ○ DBA-8407 ○ DBA-8507 ○ DBA-8607 ○ CL1-1-E07A ●
VDB281 / VDB312 DBA-8309 ○ DBA-8309 ○ DBA-8509 ○ DBA-8509 ○ CL1-1-E09A ○
VDB344 / VDB375 DBA-8311 ○ DBA-8311 ○ DBA-8511 ○ DBA-8511 ○ CL1-1-E11A ○
Inserts ➡ H8
Grooving
H11
3°
(Max. Depth)NS
■ GKN / GKPSteel P ● ●Stainless Steel M ● ●Cast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material N ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ●
Item Number W R DSilicon Nitride SiAlON Alumina Alumina - TiC Cermet PVD
SX1
SX6
SP2
SP9
SX5
SX7
SX9
HC1
HW2
HC2
HC6
HC7
ZC4
ZC7
C7X
QM3
GKP 3031 .031 .004 .050 ● ●GKP 3047 .047 .008 .075 ●GKN 3062 .062 .008 .094 ● ●GKP 3062 .062 .008 .094 ● ●GKP 3088 .088 .008 .094 ●GKN 3094 .094 .008 .150 ● ●GKP 3094 .094 .008 .150 ● ●GKN 3125 .125 .012 .150 ● ●GKP 3125 .125 .008 .150 ● ●GKN 3156 .156 .012 .150 ●GKP 3156 .156 .008 .150 ● ●GKN 3189 .189 .012 .150 ●GKP 3189 .189 .012 .150 ● ●
WD
.195
.344
.405φ3/855°
■ RKNSteel PStainless Steel MCast Iron K ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●Non-Ferrous Material NHeat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ● ● ● ●
Item Number W R DSilicon Nitride SiAlON Whisker Alumina Alumina - TiC
SX1
SX6
SP2
SP9
SX5
SX7
SX9
WA1
HC1
HW2
HC2
HC5
HC6
HC7
ZC4
ZC7
RKN 3078 .078 .039 .150 ●RKN 3094 .094 .047 .150 ●RKN 3125 .125 .063 .150 ●RKN 3156 .156 .078 .150 ●RKN 3189 .189 .095 .150 R
WD
.195
.344
55° .405φ3/8
* Inserts with special width and R in both GKN and GKP are available upon requests. Holders ➡ H11
● Toolholders
Item Number StockDimensions (inch)
Insert Clamp Stock Clamp Screw Stock
NSR16-3D ● 1.00 1.00 6.00 1.25 1.25 0.210GKN3..RRKN3..RGKP3..R
CM-72 S-412
NSL16-3D ● 1.00 1.00 6.00 1.25 1.25 0.210GKN3..LRKN3..LGKP3..L
CM-73 S-412
Inserts ➡ H11
Holders ➡ H11
Grooving
H12
Grooving Tools
Clamp-on type
(Max. depth)
6°
1.0
VGT
● Toolholders
Item NumberStock Groove size covered Dimensions (inch)
InsertR L Width
VGT 16-3 ● ● .115 ~ .153 1.0 1.0 6.0 32 1.18 .470VGEVGT 16-4 ● ● .154 ~ .220 1.0 1.0 6.0 32 1.18 .470
VGT 16-6 ● ● .221 ~ .292 1.0 1.0 6.0 32 1.18 .470
● Spare Parts
Holder
Clamp Clamp screw Spring Wrench
Stock
Stock Stock Stock
R L
VGT 16-3 CV 3N ○ ○AOB-6N ○ ASG-6 ○ LW-4 ●VGT 16-4 CV 4N ○ ●
VGT 16-6 CV 6 ○ ○
■ VGE
●:1st Choice ●: Alternate choice●:Stock ○: 1-2 week delivery
・ Right hand shown
.787
W R 90°
T
Steel P ● ● ● ● ● ● ● ● ● ● ● ●Stainless Steel M ● ● ● ● ● ● ● ● ● ● ● ●Cast Iron K ● ● ● ●Non-Ferrous Material N ● ● ● ● ● ● ●Heat Resistant Alloy S ● ● ● ●Hardened Material H ● ● ●
Item Number W R T
Cermet CarbidePVD Coated PVD Coated CVD
XT3
C7X
XN4
Q15
C7Z
KM1
DM4
DT4
TM4
QM3
VM1
ZM3
CP1
VGE 125N008 .125 .008 .205 ●VGE 125N015 .125 .015 .205 ●VGE 156N015 .156 .015 .335 ●VGE 188N015 .188 .015 .335 ●VGE 250N015 .250 .015 .335 ●
Inserts ➡ H12
Holders ➡ H12
Grooving
Ⅰ1
Milling Cutters
●Overview …………………………… Ⅰ2● Milling with NTK Grades by Application ………………………… Ⅰ3● For Heat Resistant Alloys and Hardened Materials ……………… Ⅰ4●For Gray / Ductile Cast Iron … Ⅰ6●For Aluminum ………………… Ⅰ18
I
Milling Cutter
Ⅰ2
Milling Cutters
Features
Features
Features
Features
● High performance milling cutter line that uses round-shaped inserts for machining both aerospace and hardened steels
● SX7, the new SiAlON grade, has the best performance for high speed machining of high temperature alloys
● Extremely economical 8-corner inserts● Covers various applications with 45, 75, and 88 degree angle milling cutter● Ceramic inserts with chipbreaker and wiper are also available
● Positive inserts reduce tool pressure and bring excellent surface finish with long tool life● Best for milling thin parts thanks to the low tool pressure
● Large DOC is possible because of the fine pitch of inserts which results in higher productivity
● LNX Insert comes with special chipbreaker to reduce tool pressure
ccel igh speed illccel igh speed ill series
igh elocity illigh elocity ill series treme eed illtreme eed ill series
igh speed hear illigh speed hear ill series series
utteruttererformanceerformanceighigh series
Features
● Capable of 90-degree shoulder milling
● A variety of cutter diameters as small as .787 (φ20mm)
➡Ⅰ4・Ⅰ5
➡Ⅰ18
➡Ⅰ6-Ⅰ11
➡Ⅰ14-Ⅰ16
➡Ⅰ12
➡Ⅰ17
Features
● A wide range of cutter diameters from φ.787" (20mm) to φ3.937" (100mm)● Excellent rigidity steel body ● With the fixed-type cutters, no time-consuming presetting is required
Heat Resistant Alloys and Hardened Materials
Gray / Ductile cast iron
Aluminum
Milling Cutter
Ⅰ3
■ General Guidelines for Successful Milling
● Select the best grade for the application
● Select cutter diameter 1.5 times greaterthan the workpiece width
● Eliminate any overhang to increase stability
● Choose the strongest nose radius
● No Coolant. Use compressed air
● Check clamp and part rigidity
Heat resistant alloy / PH stainless steel● Down or climb milling where the chip thins upon exit is the preferred method for HNBA materials
● Reduce feed rate 50% upon entrance and exit● Do not recut side walls as this can cause work hardening
● Use balanced shell mill adapter or shrink fit for end-mills
● As DOC gets thinner the feed must be increased to compensate for heat loss
● Use RPG geometries if tool pressure is a problem
Hardened Steel / Die mold /Chilled iron / Overlay● Larger edge preparations need to be used● Speed is reduced as hardness goes up
Cast iron / Ductile cast iron ● Parts that are cast are more difficult to machine than forged ・ decrease feed rates by 25%
● Maximize feed rates for gray cast irons
● Trouble shooting
Material Insert Grade NTK Grade ProblemSolution
Speed Feed DOC Edge Prep. Insert Grade Others
StainlessSteel Cermet C7X
Chipping ― ➡ ― ― ― ―
BUE ➡ ― ― ― ― ―
Break ― ➡ ➡ ― ― ―
Hardened Steel Ceramic HC7
WA1Chipping ― ➡ ― Wider ― ―
Break ➡ ➡ ― ― ― ―
Cast Iron SiliconNitride
SX1SX6SP9
Chipping ➡ ➡ ― Wider ― ―
Break ➡ ➡ ➡ ― Tougher Larger radius
Themal Crack ➡ ➡ ― ― ― ―
Crater Wear ― ― ― Sharper ― ―
HeatResistant Alloy
SiAlONSX5SX9SX7
Notching ➡ ➡ Vary /➡ Wider ― Pre-chamfer parts
Flank Wear ➡ ➡ ― ― Harder ―
Chipping ― ― Wider Tougher ―
Break ➡ ― ➡ ― Tougher ―
Tool Pressure ― ― ― ― ― Use RPG insert
Milling with NTK Grades by Application
■ Guidelines for Successful Milling by Material
Milling Cutter
Ⅰ4
Milling Cutters
●:Stock ○: 1-2 week delivery
● Inch size cutters
Item Number StockDimensions (inch)
Clamp Clamp Screw Weight(lbs) Insert
φRPIW075E075R02 ● 2 .750 .750 3.270 1.220 AMS-3 AOB-3S 0.4 RPG 21.5RPIW100E100R03 ● 3 1.000 1.000 3.270 1.000 AMS-4 AOB-4S 0.6 RPG 32RPIW125E125R03 ● 3 1.250 1.250 4.000 1.640
AMS-5T AOB-5S-T251.1
RPG 43RPIW150E150R03 ● 3 1.500 1.500 4.000 1.830 1.6
● Inch size cutters
Item Number StockDimensions (inch)
Shim Shim Screw Clamp Clamp Screw A.R. R.R. Weight
(lbs) Insertφ
RPIW200S075R04 ● 4 2.00 2.00 .750 .322 .748 .222ARP42A M3*8 AMS-5T AOB-
5S-T25 +5° +5° 0.9
RPG 43RPIW300S100R05 ● 5 3.00 2.00 1.000 .387 .748 .244 +5° +5° 2.0
●Metric size cutters
Item Number StockDimensions (㎜)
Shim Shim Screw Clamp Clamp Screw A.R. R.R. Weight
(㎏) Insertφ
JRPMW050S220R04 ○ 4 50 50 22 10.4 20 6.3ARP42A M3*8 AMS-5T AOB-
5S-T25
+5° +5° 0.4RPG 43JRPMW063S220R04 ○ 4 63 50 22 10.4 20 6.3 +5° +5° 0.6
JRPMW080S254R05 ○ 5 80 50 25.4 9.5 25 6.0 +5° +2°30′ 0.9
● Metric size cutters
Item Number StockDimensions (㎜)
Clamp Clamp Screw Weight(㎏) Insert
φJRPMW032E250R03 ○
332 25
120 40 AMS-5T AOB-5S-T250.4
RPG 43JRPMW032E320R03 ○ 32 32 0.6JRPMW040E320R03 ○ 40 32 0.7
H
φD2
φD1
L2
A.R.+5°R.R.‒7°30'
ccel igh speed illccel igh speed ill series
W
H
φD2
φD1
L2
L1
A.R.+5°R.R.‒2°30'~ ‒5°
* Recommend using torque wrench @35lbs(4Nm)
Milling Cutter
Ⅰ5
● Inch size cutters
Item Number StockDimensions (inch)
Clamp Clamp Screw Weight(lbs) Insert
φ φRNIW200S075R03 ● 3 2.000 2.000 .750 .322 .748 .203
AMS-6T AOB-6S-T301.0
RNG 45RNIW250S075R04 ● 4 2.500 2.000 .750 .322 .748 .222 1.3RNIW300S100R05 ● 5 3.000 2.000 1.000 .387 .748 .244 1.6
● Metric size cutters
Item Number StockDimensions (㎜)
Clamp Clamp Screw Weight(㎏) Insert
φ φJRNMW050S220R03 ○ 3 50 50 22 10.4 20 6.3
AMS-6T AOB-6S-T300.4
RNG 45JRNMW063S220R04 ○ 4 63 50 22 10.4 20 6.3 0.6JRNMW080S254R05 ○ 5 80 50 25.4 9.5 25 6.0 0.9
W
H
φD2
φD1
L2
L1
A.R.‒5°R.R.‒10°
● Recommend Cutting Conditions
Work Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)200 700 1200 1700 2200 2700 3200 3700 .002 .003 .004 .005 .006 .007
S SX7 ● ‒.150
Heat Resistant Alloys
SX5/SX9 ● ‒.150
WA1 ● ‒.150
H WA1 ● ○ ‒.150
Hardened Steel
HRC45-55 HC7 ● ○ ‒.150
HRC55-65
WA1 ● ○ ‒.150
HC7 ● ○ ‒.150
Inserts (RNG) ➡ E10Inserts (RPG) ➡ E11
Milling Cutter
Ⅰ6
Milling Cutters
●:Stock ○: 1-2 week delivery
igh elocity illigh elocity ill series
①
②
③
④
Insert
● Inch size cuttersItem Number Stock
Dimensions (inch) Weight(lbs) Insert
φ φ φ φ φJFDX25IN-45-06R ● 6 2.500 3.129 2.000 .315 .750 .315 2.362 .669 .445 2.2
SNG 43
JFDX30IN-45-08R ● 8 3.000 3.629 2.000 .315 1.000 .387 2.362 .827 .445 2.8JFDX40IN-45-10R ● 10 4.000 4.629 2.000 .315 1.500 .640 3.150 2.000 .535 3.9JFDX50IN-45-12R 12 5.000 5.629 2.000 .315 1.500 .640 3.740 2.000 .535 4.1
● Metric size cuttersItem Number Stock
Dimensions (㎜) Weight(㎏) Insert
φ φ φ φ φJFDX063-45-06R ○ 6 63 72 50 8 22.0 10.4 58 18 10.5 0.9
SNG 43
JFDX080-45-08R ○ 8 80 95 50 8 25.4 9.5 62 36 10.5 1.2JFDX080MM-45-08R ● 8 80 95 50 8 27.0 12.4 64 19 10.5 1.3JFDX100-45-10R ○ 10 100 120 50 8 31.75 12.7 62 45 8.5 1.7JFDX100MM-45-10R ● 10 100 120 50 8 32.0 14.4 64 45 8.5 1.5JFDX125-45-12R ○ 12 125 146 58 8 38.1 15.9 83 55 13.5 2.8JFDX125MM-45-12R ● 12 125 146 58 8 40.0 16.4 85 55 13.5 2.9
● Spare Parts
Wedge Wedge Screw Torx Wrench Shim Shim Screw
① ② ③ ④
T15 T15HLW175 WS0616-T15 T-15A ASN423 M3×8
12.5 6.3
Lead angle
θθ:45°
● Lead angle 45 degree -SN43〈A.R. -6° R.R. -10°〉
φW
ag
H
45°
dφd2
φD2φD1
φc
Milling Cutter
Ⅰ7
● Inserts
Shape Dimensions (inch) Item Number RSilicon Nitride Whisker Cermet
SX1
SX6
SP9
WA1
C7X
12.5
1/2 3/16R
SNG 432 T0220 .031 ●SNG 432 T0420 .031 ● ● ● ● ●SNG 433 T0220 .047 ●SNG 433 T0420 .047 ● ● ● ● ●SNG 434 T0220 .063 ●SNG 434 T0420 .063 ● ● ● ● ●
12.5 .40
1/2 3/16R
SNGF 433 TRCC413 .047 ● ●
SNGF 433 RT0425 C421 .047 ●
6.3
3/16
45°R150 0.64
.079
1/2R0.5
SNG 43AN TW ― ● ●
The insert must be installed in all insert pockets
● CBN Wiper InsertDimensions (inch) Item Number R CBN
B30 B52
3/16.480
45°
.630
R9.84 .087
(.189)
.059FDX 1204-45-50R ― ● ●
For θ=45°
● Recommend Cutting ConditionsWork Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)700 1200 1700 2200 2700 3200 3700 4200 .002 .004 .006 .008 .010 .012
K SX1 ● ○ ‒.220
Gray Cast Iron
SX6 ● ● ‒.220
SP9 ● ○ ‒.220
Ductile IronSP9 ● ○ ‒.220
C7X ● ○ ‒.220
Work Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)200 400 600 800 1000 1200 1400 1600 .002 .004 .006 .008 .010 .012
P C7X ● ○ ‒.150Stainless Steel
M
C7X ● ○‒.120
Carbon SteelAlloy Steel ‒.040
* Recommend using torque wrench @35lbs(4Nm)
with chipbreaker
with wiper
Reduce tool pressure
Reduce tool pressure
Inserts (SNG) ➡ E13・E41
(300- BHN)
(-300 BHN)
Milling Cutter
Ⅰ8
Milling Cutters
●:Stock ○: 1-2 week delivery
igh elocity illigh elocity ill series
● Inch size cuttersItem Number Stock
Dimensions (inch) Weight(lbs) Insert
φ φ φ φ φJFDX25IN-75-06R ● 6 2.500 2.732 2.000 .472 .750 .315 2.362 .669 .760 2.0
SNG 43
JFDX30IN-75-08R ● 8 3.000 3.232 2.000 .472 1.000 .387 2.362 .827 .760 2.2JFDX40IN-75-10R ● 10 4.000 4.232 2.000 .472 1.500 .640 3.150 2.000 .850 3.3JFDX50IN-75-12R ● 12 5.000 5.232 2.000 .472 1.500 .640 3.740 2.000 .850 5.7
● Metric size cuttersItem Number Stock
Dimensions (㎜) Weight(㎏) Insert
φ φ φ φ φJFDX063-75-06R ○ 6 63 70 50 12 22.0 10.4 58 18 18.5 0.8
SNG 43
JFDX080-75-08R ○ 8 80 87 50 12 25.4 9.5 62 36 15.5 1.1JFDX080MM-75-08R 8 80 87 50 12 27.0 12.4 64 19 15.5 1.1JFDX100-75-10R ○ 10 100 107 50 12 31.75 12.7 62 45 16.5 1.4JFDX100MM-75-10R 10 100 107 50 12 32.0 14.4 64 45 23.5 1.3JFDX125-75-12R ○ 12 125 132 58 12 38.1 15.9 83 55 21.5 2.6JFDX125MM-75-12R 12 125 132 58 12 40.0 16.4 85 55 26.5 2.3JFDX160-75-16R 16 160 166 60 12 50.8 19 100 72 20.5 4.1
12.5 6.3
θ:75°
Lead angle
θ
● Lead angle 75 degree -SN43〈A.R. -6° R.R. -10°〉
● Spare Parts
Wedge Wedge Screw Torx Wrench Shim Shim Screw
① ② ③ ④
T15 T15HLW175 WS0616-T15 T-15A ASN423 M3×8
W
ag
H
75°
φdφd2
φD2φD1
φc
①
②
③
④
Insert
Milling Cutter
Ⅰ9
● CBN Wiper InsertDimensions (inch) Item Number R CBN
B30 B52
3/16
(.177)
1/2
.480
15° .543
R9.84
.049
.059FDX 1204-75-50R ― ● ●
For θ=75°
● Inserts
Shape Dimensions (inch) Item Number RSilicon Nitride Whisker Cermet
SX1
SX6
SP9
WA1
C7X
12.5
1/2 3/16R
SNG 432 T0220 .031 ●SNG 432 T0420 .031 ● ● ● ● ●SNG 433 T0220 .047 ●SNG 433 T0420 .047 ● ● ● ● ●SNG 434 T0220 .063 ●SNG 434 T0420 .063 ● ● ● ● ●
12.5 .40
1/2 3/16R
SNGF 433 TRCC413 .047 ● ●
SNGF 433 RT0425 C421 .047 ●
6.3
.055 .055
.031
45°75°
3/161/2
SNG 43EN TN ― ● ● ●
The insert must be installed in all insert pockets
● Recommend Cutting ConditionsWork Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)700 1200 1700 2200 2700 3200 3700 4200 .002 .004 .006 .008 .010 .012
K SX1 ● ○ ‒.220
Gray Cast Iron
SX6 ● ● ‒.220
SP9 ● ○ ‒.220
Ductile IronSP9 ● ○ ‒.220
C7X ● ○ ‒.220
Work Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)200 400 600 800 1000 1200 1400 1600 .002 .004 .006 .008 .010 .012
P C7X ● ○ ‒.150Stainless Steel
M
C7X ● ○‒.120
Carbon SteelAlloy Steel ‒.040
* Recommend using torque wrench @35lbs(4Nm)
with chipbreaker
with wiper
Reduce tool pressure
Reduce tool pressure
Inserts (SNG) ➡ E13・E41
(300- BHN)
(-300 BHN)
Milling Cutter
Ⅰ10
Milling Cutters
●:Stock ○: 1-2 week delivery
igh elocity illigh elocity ill series
● Inch size cuttersItem Number Stock
Dimensions (inch) Weight(lbs) Insert
φ φ φ φ φJFDX25IN-88-06R ● 6 2.500 2.531 2.000 .472 .750 .315 2.362 .669 .760 1.8
SNG 43
JFDX30IN-88-08R ● 8 3.000 3.031 2.000 .472 1.000 .387 2.362 .827 .760 2.1JFDX40IN-88-10R ● 10 4.000 4.031 2.000 .472 1.500 .640 3.150 2.000 .850 3.2JFDX50IN-88-12R ● 12 5.000 5.031 2.000 .472 1.500 .640 3.740 2.000 .850 5.8
● Metric size cuttersItem Number Stock
Dimensions (㎜) Weight(㎏) Insert
φ φ φ φ φJFDX063-88-06R ○ 6 63 64 50 12 22.0 10.4 58 18 13 0.8
SNG 43
JFDX080-88-08R ○ 8 80 81 50 12 25.4 9.5 62 36 13.5 1.0JFDX080MM-88-08R 8 80 81 50 12 27.0 12.4 64 19 13.5 1.1JFDX100-88-10R ○ 10 100 101 50 12 31.75 12.7 62 45 16.5 1.4JFDX100MM-88-10R 10 100 101 50 12 32.0 14.4 64 45 23.5 1.3JFDX125-88-12R ○ 12 125 126 58 12 38.1 15.9 83 55 21.5 2.6JFDX125MM-88-12R 12 125 126 58 12 40.0 16.4 85 55 26.5 2.5JFDX160-88-16R 16 160 156 60 12 50.8 19 100 72 20.5 4.1
12.5 6.3
θ:88°
Lead angle
θ
● Lead angle 88 degree -SN43〈A.R. -6° R.R. -10°〉
● Spare Parts
Wedge Wedge Screw Torx Wrench Shim Shim Screw
① ② ③ ④
T15 T15HLW175 WS0616-T15 T-15A ASN423 M3×8
①
②
③
④
Insert
W
ag
H
88°
φdφd2
φD2φD1
φc
Milling Cutter
Ⅰ11
● CBN Wiper InsertDimensions (inch) Item Number R CBN
B30 B52
3/16.480
R9.84
.242
.510
φ1/2
.010
.059
2° FDX 1204-88-50R ― ● ●
For θ=88°
● Inserts
Shape Dimensions (inch) Item Number RSilicon Nitride Whisker Cermet
SX1
SX6
SP9
WA1
C7X
12.5
1/2 3/16R
SNG 432 T0220 .031 ●SNG 432 T0420 .031 ● ● ● ● ●SNG 433 T0220 .047 ●SNG 433 T0420 .047 ● ● ● ● ●SNG 434 T0220 .063 ●SNG 434 T0420 .063 ● ● ● ● ●
12.5 .40
1/2 3/16R
SNGF 433 TRCC413 .047 ● ●
SNGF 433 RT0425 C421 .047 ●
6.3
3/161/2(.079)
R1.2
1°
(.079)
.005
SNEN 1204ZN T01025 ― ● ●
The insert must be installed in all insert pockets
● Recommend Cutting ConditionsWork Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)700 1200 1700 2200 2700 3200 3700 4200 .002 .004 .006 .008 .010 .012
K SX1 ● ○ ‒.220
Gray Cast Iron
SX6 ● ● ‒.220
SP9 ● ○ ‒.220
Ductile IronSP9 ● ○ ‒.220
C7X ● ○ ‒.220
Work Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)200 400 600 800 1000 1200 1400 1600 .002 .004 .006 .008 .010 .012
P C7X ● ○ ‒.150Stainless Steel
M
C7X ● ○‒.120
Carbon SteelAlloy Steel ‒.040
* Recommend using torque wrench @35lbs(4Nm)
with chipbreaker
with wiper
Reduce tool pressure
Reduce tool pressure
Inserts (SNG) ➡ E13・E41
(300- BHN)
(-300 BHN)
Milling Cutter
Ⅰ12
Milling Cutters
●:Stock ○: 1-2 week delivery
● Metric size cuttersItem Number Stock
Dimensions (㎜) Weight(㎏) Insert
φ φ φ φ φJXTM080-88-10R ○ 10 80 83 50 14 25.4 9.5 58 36 14 1.1
LNX 324JXTM100-88-13R ○ 13 100 103 50 14 31.75 12.7 77 50 17 1.8JXTM125-88-16R ○ 16 125 128 58 14 38.1 15.9 77 55 22 3.1
● Inch size cuttersItem Number Stock
Dimensions (inch) Weight(lbs) Insert
φ φ φ φ φJXTM30IN-88-10R ● 10 3.000 3.041 2.000 .551 1.000 .387 2.362 .827 .539 2.4
LNX 324JXTM40IN-88-13R ● 13 4.000 4.041 2.000 .551 1.500 .640 3.150 2.000 .870 3.9JXTM50IN-88-16R 16 5.000 5.041 2.000 .551 1.500 .640 3.740 2.000 .870 6.5
● Lead angle 88 degress - LNX324 〈A.R.‒4°,R.R.0°〉
seriestreme eed illtreme eed ill
W
H
a
88°
φ
g
d2
φd
φD2φD1φc
Lead angle
θ
12.5
A.R.‒4°R.R.0°
θ:88°
● Spare PartsInsert Screw Wrench
LRIS-4*12 LLR-25S
● Screw Drivers (OP)Bit Handle Handle & Bit
HLR-25S XX2815-04 XX2815-04-25S
Milling Cutter
Ⅰ13
● InsertsItem Number R
Silicon NitrideSX1 SX6 SP9
LNX 324-02 T0420(LNX 324-08 T01020) .031 ● ● ○
LNX 324-03 T0420(LNX 324-12 T01020) .047 ● ● ○
LNX 324-04 T0420(LNX 324-16 T01020) .063 ● ● ○
3/8
.1615/8
150°R1/4
* Recommend using torque wrench @35lbs(4Nm)
● Recommend Cutting ConditionsWork Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)700 1200 1700 2200 2700 3200 3700 4200 .002 .004 .006 .008 .010 .012
K SX1 ● ○ ‒.300
Gray Cast Iron
SX6 ● ● ‒.300
SP9 ● ○ ‒.300
Ductile Iron SP9 ● ○ ‒.300
Milling Cutter
Ⅰ14
Milling Cutters
●:Stock ○: 1-2 week delivery
igh speed hear illigh speed hear ill series
● Metric size cutters
Item Number StockDimensions (㎜) Weight
(㎏) Insertφ φ φ φ φ
JSDW080-45-06R ○ 6 80 95.0 50 6.6 25.4 9.5 62 36 18 1.1
SDCW 43JSDW100-45-07R ○ 7 100 120.4 50 6.6 31.75 12.7 58 45 16 1.4JSDW125-45-08R ○ 8 125 145.8 58 6.6 38.1 15.9 79 55 21 2.6
● CBN Wiper Insert
Shape Item NumberCBN
B30 B523/16.480
45°
R9.84 φ1/2
.094
(.189)
.059 SDW 1204-45-50R ● ●
● Spare Parts
Insert Screw Torx Wrench
FSI21-5.0*12.45 T-20
● Inch size cutters
Item Number StockDimensions (inch) Weight
(lbs) Insertφ φ φ φ φ
A300R100-SDW43-6C ● 6 3.000 3.740 2.000 .260 1.000 .387 2.290 .820 .787 2.3
SDCW 43A400R150-SDW43-7C ● 7 4.000 4.740 2.000 .260 1.500 .640 3.200 2.000 .875 3.3A500R150-SDW43-8C ● 8 5.000 5.740 2.000 .260 1.500 .640 3.810 2.120 .871 5.0
θ:45°
For θ=45°
T20
● Lead angle 45 degress - SDW43 〈A.R.+12°,R.R.0°〉
Lead angle
θ
W
H
a45°
φD1
φD2
φd
g
φd2
φc
● Inserts
Item Number R Fig.Silicon Nitride Cermet
SX1 SX6 SP9 C7X
SDCW 432 T0420 .031 1 ● ● ○ ●
SDCW 433 T0420 .047 1 ● ● ●
SDCW 434 T0420 .063 1 ● ● ●
SDCW 43AE T0420* ― 2 ● ● ○ ●Fig.2: SDCW43AEFig.1: SDCW43
.004
1/2
45°
3/16
.216
15°
1/2 R
15°
.216
3/16
* The insert must be installed in all insert pockets * Recommend using torque wrench @35lbs(4Nm)
● Recommend Cutting Conditions
Work Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)700 1200 1700 2200 2700 3200 3700 4200 .002 .004 .006 .008 .010 .012
K SX1 ● ○ ‒.200
Gray Cast Iron
SX6 ● ● ‒.200
SP9 ● ○ ‒.200
Ductile Iron SP9 ● ○ ‒.200
with wiper
Inserts (SDCW) ➡ E12・E39
Milling Cutter
Ⅰ15
● Inserts
Item Number R Fig.Silicon Nitride Cermet
SX1 SX6 SP9 C7X
SDCW 432 T0420 .031 1 ● ● ○ ●
SDCW 433 T0420 .047 1 ● ● ●
SDCW 434 T0420 .063 1 ● ● ●
SDCW 43EE T0420R* ― 2 ● ● ○ ●
● Metric size cutters
Item Number StockDimensions (㎜) Weight
(㎏) Insertφ φ φ φ φ
JSDW063-75-04R ○ 4 63 70.6 50 9.1 22 10.4 58 18 14 0.8
SDCW 43
JSDW080-75-05R ○ 5 80 83.3 50 9.1 25.4 9.5 62 36 15.5 1.0JSDW100-75-06R ○ 6 100 108.7 50 9.1 31.75 12.7 58 45 16.5 1.3JSDW125-75-07R ○ 7 125 134.1 58 9.1 38.1 15.9 79 55 21.5 2.5JSDW160-75-10R 10 160 165 68 9.1 50.8 19 100 72 28.5 4.0
● CBN Wiper Insert
Shape Item NumberCBN
B30 B523/16.480
R9.8415°
(.193)
.052.059
φ1/2
SDW 1204-75-50R ○ ○
● Spare Parts
Insert Screw Torx Wrench
FSI21-5.0*12.45 T-20
● Inch size cutters
Item Number StockDimensions (inch) Weight
(lbs) Insertφ φ φ φ φ
E250R100-SDW43-4C ● 4 2.500 2.780 2.000 .360 1.000 .387 2.290 .820 .787 1.9
SDCW 43
E300R100-SDW43-5C ● 5 3.000 3.280 2.000 .360 1.000 .387 2.290 .820 .787 2.4E400R150-SDW43-6C ● 6 4.000 4.280 2.000 .360 1.500 .640 3.200 2.000 .875 3.7E500R150-SDW43-7C ● 7 5.000 5.280 2.000 .360 1.500 .640 3.200 2.000 .875 5.4
θ:75°
For θ=75°
T20
● Lead angle 75 degress - SDW43 〈A.R.+12°,R.R.0°〉
Lead angle
θ
Fig.2: SDCW43EEFig.1: SDCW43
.055
1/2
75° .216
15°
3/161/2 R
15°
.216
3/16
W
H
a75°
φD1φD2
φd
g
φd2
φc
* The insert must be installed in all insert pockets * Recommend using torque wrench @35lbs(4Nm)
● Recommend Cutting Conditions
Work Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)700 1200 1700 2200 2700 3200 3700 4200 .002 .004 .006 .008 .010 .012
K SX1 ● ○ ‒.220
Gray Cast Iron
SX6 ● ● ‒.220
SP9 ● ○ ‒.220
Ductile Iron SP9 ● ○ ‒.220
with wiper
Inserts (SDCW) ➡ E12・E39
Milling Cutter
Ⅰ16
Milling Cutters
●:Stock ○: 1-2 week delivery
igh speed hear illigh speed hear ill series
● Spare Parts
Insert Screw Torx Wrench
FSI21-5.0*12.45 T-20
● Inch size cutters
Item Number StockDimensions (inch) Weight
(lbs) Insertφ φ φ φ φ
P250R100-SDW43-4C ● 4 2.500 2.590 2.000 .400 1.000 .387 2.290 .820 .787 1.7
SDCW 43
P300R100-SDW43-6C ● 6 3.000 3.070 2.000 .400 1.000 .387 2.290 .820 .787 2.2P400R150-SDW43-8C ● 8 4.000 4.070 2.000 .400 1.500 .640 3.200 2.000 .875 3.5P500R150-SDW43-10C ● 10 5.000 5.070 2.000 .400 1.500 .640 3.200 2.000 .875 5.2
θ:88°
T20
● Lead angle 88 degress - SDW43 〈A.R.+12°,R.R.0°〉
Lead angle
θ
● Inserts
Item Number R Fig.Silicon Nitride Cermet
SX1 SX6 SP9 C7X
SDCW 432 T0420 .031 1 ● ● ○ ●
SDCW 433 T0420 .047 1 ● ● ●
SDCW 434 T0420 .063 1 ● ● ●
SDCW 43PE T0420R* .031 2 ● ● ●Fig.2: SDCW43PEFig.1: SDCW43
.081/2 R
88°
.216
15°
3/161/2 R
15°
.216
3/16
W
H
a88°
φD1φD2
φd
g
φd2
φc
* The insert must be installed in all insert pockets * Recommend using torque wrench @35lbs(4Nm)
● Recommend Cutting Conditions
Work Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)700 1200 1700 2200 2700 3200 3700 4200 .002 .004 .006 .008 .010 .012
K SX1 ● ○ ‒.220
Gray Cast Iron
SX6 ● ● ‒.220
SP9 ● ○ ‒.220
Ductile Iron SP9 ● ○ ‒.220
with wiper
Inserts (SDCW) ➡ E12・E39
Milling Cutter
Ⅰ17
W
H
ag
φdφd2
L2
φDφc
Lead angle
θ
12.5 6.3
θ:90°
a
φD φd
LL2
series
● JQTS Metric size cutters
Item Number StockDimensions (㎜) Weight
(㎏) A.R. R.R. Insert Screw Wrench Insertφ φ φ φ
JQTS040-90-4R ໐ 4 40 40 18 14 16 8.4 35 12 4.2 0.2 +6° -13°FSI22-4.0*11 T-15A APCW
1604JQTS050-90-5R ໐ 5 50 40 22 14 22 10.4 45 18 10.7 0.3 +6° -10°JQTS063-90-6R ໐ 6 63 50 22 14 22 10.4 58 18 14.5 1.4 +6° -12°
● JQTE Metric size cutters
Item Number StockDimensions (㎜) Weight
(㎏) A.R. R.R. Insert Screw Wrench Insertφ φ
JQTE020-90-1R ○ 1 20 100 30 14 20 0.2 +6° -13°FSI23-4.0*7
T-15AAPCW1604
JQTE025-90-2R ○ 2 25 100 30 14 25 0.3 +6° -13°JQTE032-90-3R ○ 3 32 110 35 14 32 0.5 +6° -13°
FSI22-4.0*11JQTE040-90-4R ○ 4 40 110 37 14 32 0.6 +6° -13°
● CBN Wiper InsertShape Item Number B30 B52
R.011
.354
3/16(.126)
R9.84
.290
.653
.059
φ3/8
φ.236
φ.173 APCW 1604 PDSRCE ○ ○
JQTSJQTE
● Recommend Cutting Conditions
Work Material Grade Dry Wet
Cutting Speed (SFM) Feed (IPT) Depth of Cut (inch)700 1200 1700 2200 2700 3200 3700 4200 .002 .004 .006 .008 .010 .012
K SX6 ● ○ ‒.320Gray Cast Iron SP9 ● ● ‒.320
Ductile Iron SP9 ● ○ ‒.320
● Inserts
Shape Item Number R mSilicon NitrideSX6 SP9
3/8 3/16
.648
R
φ.173
φ.236
φ3/8
m
APCW 160408 T01020 .031 .288 ○ ○
APCW 160412 T01020 .047 .286 ○ ○
APCW 160420 T01020 .079 .284 ○ ○
3/16
.648
R.031.102
3/8
φ.173
φ.236
φ3/8
m
APCW 1604 PDTR― ○ ○
The insert must be installed in all insert pockets with wiper
* Recommend using torque wrench @35lbs(4Nm)
Milling Cutter
Ⅰ18
Milling Cutters
●:Stock ○: 1-2 week delivery OP:Optional parts
series Fixed type/Adjustable typeutteruttererformanceerformanceighigh
HPC (steel body) φ20 - φ100 (φ.787" - φ.3.937")
Figure-2: Shank type
Figure-1: Small diameter type
Figure-3: Shell type
Features
● A wide range of sizesThe diameters range from φ.787" - φ3.937" for the HPC series
● Excellent rigidity (HPC)The material for the HPC body is steel, achieving exceptional reliability
Figure 1 Small diameter type
φ φφ
A.R.+9° R.R.+4°
Figure 2 Shank type
φφ
A.R.+6° R.R.-3°~+3°
Figure 3 Shell type
A.R.+6° R.R.0°
φφφ φ
● Metric size Cutters
Figure Item number Stock φ φ φ φ φ Weight(㎏)
Max. RPM allowed (RPM)
Item number of applicable insert
Fixed type
1
RD020T20070R03 ○ 3 20 30 20 100 30 - - - - - - - 0.23 18,000
HDA4015R04 PD1
HDA4505R04 TM1
RD025T25070R03 ○ 3 25 40 25 110 40 - - - - - - - 0.37 18,000RD030T20060R04 ○ 4 30 60 20 120 35 - 25 - - - - - 0.33 18,000RD032T20060R04 ○ 4 32 60 20 120 35 - 26 - - - - - 0.36 18,000RD035T20060R04 ○ 4 35 60 20 120 35 - 28 - - - - - 0.36 18,000
2
RA040T20060R04K ○ 4 40 45 20 105 - - - - - - - - 0.45 18,000
HAL3515R04 PD1
HAT6021R04 PD1
HAN9521R04 TM1
HLA8521R04 TM1
RA040T25080R04K ○ 4 40 45 25 125 - - - - - - - - 0.6 18,000RA050T20060R05K ○ 5 50 45 20 105 - - - - - - - - 0.6 18,000RA050T25080R05K ○ 5 50 45 25 125 - - - - - - - - 0.75 18,000RA050T32080R05K ○ 5 50 45 32 125 - - - - - - - - 0.9 18,000
3
RA050C22.00R05K ○ 5 50 45 22 - - 20 - 10.4 6.3 42 18 11 0.4 18,000RA063C22.00R06K ○ 6 63 45 22 - - 20 - 10.4 6.3 42 18 11 0.73 18,000RA080A25.40R07K ○ 7 80 43 25.4 - - 26 - 9.5 6.0 50 38.9 15 0.95 15,000RA100A31.75R09K 9 100 45 31.75 - - 32 - 12.7 8.0 60 61 11 1.6 10,000
Adjustable type 2
RA040T20060R04 ○ 4 40 45 20 105 - - - - - - - - 0.45 18,000RA040T25080R04 ○ 4 40 45 25 125 - - - - - - - - 0.60 18,000RA050T20060R05 ○ 5 50 45 20 105 - - - - - - - - 0.60 18,000RA050T25080R05 ○ 5 50 45 25 125 - - - - - - - - 0.75 18,000RA050T32080R05 ○ 5 50 45 32 125 - - - - - - - - 0.90 18,000
3
RA050C22.00R05 ○ 5 50 45 22 - - 20 - 10.4 6.3 42 18 11 0.40 18,000RA063C22.00R06 ○ 6 63 45 22 - - 20 - 10.4 6.3 42 18 11 0.73 18,000RA080A25.40R07 ○ 7 80 43 25.4 - - 26 - 9.5 6.0 50 38.9 15 0.95 15,000RA100A31.75R09 ○ 9 100 45 31.75 - - 32 - 12.7 8.0 60 61 11 1.6 10,000
Milling Cutter
Ⅰ19
● Inserts
Shape Item number Corner angle w T Cutting edge
length A.R. R.R. WiperPCD PVD coated
carbideCutter Type
(figure)PD1 TM1W T
10
HDA4015R04 0° 6.7 3.4 4.0 +9° +4° 0.4 Provided ● 1
with chipbreaker
W T
10 HDA4505R04 0° 6.7 3.4 Min. 5.0 +9° +4° 0.4 Provided ○ 1
TWHAL3515R04
0° 10 4.0
3.5
+6° 0° 0.4 Provided
●
23
HAT6021R04 6.0 ●
W
11
T
HAN9521R04N 0° 10 4.0 Min. 6.0 +6° -3° 0.4 Provided ○ 23
W T
with chipbreaker
HLA8521R04 0° 10.078 4.0 Min. 6.0 +6° +3° 0.4 Provided ○ 23
● Spare Parts
Item number Cartridge Axial setscrew
Cartridge setscrew
Insert clamping screw Handle Torx
screwdriverHex-
screwdriverClamping bolt
RD020T20070R03 FSI0306A 2814HS(OP)
U107T10(OP)
RD025T25070R03 FSI0307ARD030T20060R04
RD032T20060R04
RD035T20060R04
RA040T20060R04/KRA06P03NC CS0510A CS0510T FSI035104A 2814HS
(OP)U107T15〈Torx〉(OP)
U104-40〈Hex〉(OP)
RA040T25080R04/K
RA050T20060R05/K
RA050T25080R05/K
RA050T32080R05/K
RA050C22.00R05/K CS1040A(OP)(coolant through)RA063C22.00R06/K
RA080A25.40R07/K MBC-M12(OP)
RA100A31.75R09/K MBC-M16(OP)
* Recommend using torque wrench @35lbs(4Nm)
Milling Cutter
Sharp people
Sharp ideas
Sharp tools
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www.youtube.com /ntkcutting tools
J1
For Swiss-type Lathes
●New Products ……………………… J2●CUT DUO ●BACK DUO ●Thread Whirling●CL Chipbreaker ●AMX Chipbreaker ●UL Chipbreaker●DS-ACH Holders ●Mogul Bar ●STICK DUO Hyper●Shifted Toolholders ●DS Sleeve ●SATURN DUO●Indexable End Mills
●Tooling …………………………… J13●General / Front Turning ……… J21●Back Turning ……………………… J39●Cut-off / Parting ………………… J51●Grooving …………………………… J63●Threading ………………………… J79●ID Tooling ………………………… J91●Indexable End Mills ………… J113●NTK Unique Tooling ………… J117
J
For Swiss-type Lathes
J2
New Products
●Offers excellent chip control andsuperior surface finishes due to a special molded chipbreaker and precision grinding
●Achieves rigid clamping because of a 3-V point clamping design
●Wide toolholder selection for various diameters
Chip control comparison
Features
NEW CUT DUO
Edge view Chip control
CTDPL12-20D20CTDP20N02 DM4
Stable chip control
Beginnig of machining End of machining
Competitor'sCarbide
Beginnig of machining End of machining
Work material:304 SS Cutting condition:1750 RPM .002 IPR WET
100pcs
chipped
50pcs
Inserts ➡ J58Holders ➡ J58
.002 IPR .003 IPR .005 IPR
4140
304 SS
Chip control(260 SFM)
Surface finish
CUT DUO Competitor's 3D chipberaker
Special molded chipbreaker makes chip curl, and achive excellent chip control
Highly accurate grinding on each edge relief angle offers good sharpness and reduces cutting forces
chipping
For Swiss-type Lathes
[ N
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J3
NEW BACK DUO
Features
●New chipbreaker covers a wide range of cutting conditions●No-compromise quality back turning tools●High quality finish in a single pass●No finishing cut required ➡ Reduced cycle time●Multi point clamping system ensures rigidity
.079
.039
.118
.002 .004
BACK DUO
Feed(IPR)
D.O
.C(
inch)
304 SSBACK DUO Competitor
Feed (IPR).002 .003 .002 .003
Depth of cut(inch)
.118
Work material:304 SS Holder:TBDPR12 Insert:TBDP2201MR TM4Cutting condition:26 SFM (x)=.0008 IPR (z)=.002 - .003 IPR .020"-.118" DOC WET
Incredible chip control Unstable chip control
1Pass BACK DUO Competitor
Diameter
End face
End face Diameter End face Diameter
Excellent surfaceRa:0.90μm
Rough surfaceRa:2.16μm
Rz :4.11μm Rz :10.28μm
Work material:304 SS Holder:TBDPR12 Insert:TBDP2201MR TM4Cutting condition:26 SFM (x)=.008 IPR (z)=.003 IPR .118" DOC WET
New 3D chipbreaker
Surface finish comparison for 304 SS
Chip control comparison
Chip control range
Inserts ➡ J42Holders ➡ J42
Excellent surface with good chipcontrol
Improved surface finish thanks to wiper flat and precision grinding on cutting edge
Evacuates chips away from the shoulder
PAT.P
For Swiss-type Lathes
[ N
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J4
New Products
●Reduce cycle time by more than half*● .256" (6.5㎜ ) thick inserts accommodate large pitch and lead
* Applies to cycle time for thread whirling only Does not apply to total cycle time. Actual results may vary
NTK Thread Whirling - Nonstop improvement to meet tighter-than-ever demands from quality oriented customers
●Dramatically improved productivity in thread forming operations
●NTK's unique design technology (patented) makes precise and correct inserts possible, the first time, without any redesign and remake
●Excellent surface finish and longer tool life than competitors'
●Sharp cutting edges for reduced tool pressure and superior chip control
Features
Form multiple-lead threads in a single-pass
Double-lead threads Triple-lead threads
Work Bone screw Worm gear
Work material Ti-6Al-4V ELI brass
Work appearance
Insert appearance
Major Dia. φ.157"(4.0㎜) φ.278"(7.0㎜)
Minor Dia. φ.094"(2.4㎜) φ.185"(4.7㎜)
Pitch φ.135"(3.42㎜) φ.193"(4.9㎜)
Patented
NTK’s Unique Attachment System
Mutiple-Lead Thread Whirling
① Loosen the Mounting Bolts ② Rotate the Insert Holder to 10 degrees ③ Pull the Whirling Insert Holder without pull out the Mounting Bolts
Insert HolderMount Adapter
InsertInsert Holder Mounting Bolt
NTK’s whirling insert holder can be attached and detached without removing mounting bolts
Adapter Mounting Bolt
NEW Thread Whirling
Information ➡ J86
For Swiss-type Lathes
[ N
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J5
NEW CL Chipbreaker
Features
Up-sharp edge
●Sharpest NTK molded chipbreaker with excellent chip control
●Applicable for hard to cut work materials●Perfect choice for high precision machining●Covers extremely wide cutting range
.118
.079
.039
.0040 .006Feed (IPR)
Dep
th o
f cut
(in
ch)
CL
AZ7
ZR
Machining of 304 SS(Dry machining for filming purpose)
262 SFM .003 IPR .039" DOC
The combination of high rake angles and sharp cutting edges ensures burr free and stable precision machining
304 SS262 SFM, WET
.0008 IPR.039" DOC
.0010 IPR.039" DOC
.0020 IPR.039" DOC
CL chipbreaker【DCGT32.504MCL TM4】
Competitor's 3D chipbreaker
Inserts ➡ E28・E33・E49
Chip control comparison
Chip control
●Excellent chip control in wide range of cutting conditions
●Applicable for stainless steels to low carbon steels
For Swiss-type Lathes
[ N
ew Produ
cts ]
J6
New Products
NEW AMX Chipbreaker
●Excellent chip control for very light depth of cut where conventional chipbreakers will not work
●Perfect choice for Swiss style lathes and secondary-operation machines
Features
.039
.008
.004
.012
.002 .004 .006Feed (IPR)
Dep
th o
f cut
(in
ch)
AMX
AZ7ZR
Feed (IPR).0008 .0010 .0020
Dep
th o
f cut
(
inch
) .002
.004
.012
Work material:304 SS Holder:SDJCR1010X07N Insert:DCGT21.508MAMX TM4Cutting condition:328 SFM .008-.002 IPR .002"-.012" DOC WET
Chip control range
Chip control Incredible chip control !
Burr-free and improved microfinish due to sharp cutting edges
Control chips precisely even under light depth of cut and low feed rate
Inserts ➡ E33
For Swiss-type Lathes
[ N
ew Produ
cts ]
J7
NEW UL Chipbreaker
●Sharp edged negative inserts that cut like positives●Lower cost per corner than positive inserts
Features
②Covers wide cutting condition rangeWide coverage regardless of depth of cut and feed rate
UL
ZP
★★
★★
ZF1
.004.002 .006
.120
.080
.040
0
Depth of cut (Inch)
①Sharp edge with "double-positive" design
Breaker for heavy depth of cut
Breaker for light depth of cut
Cut chips and costs
■Toolholders for Swiss-type lathes
③Reduce cost in Swiss machining
Positive insert with sharp cutting edge is required for Swiss machining.
With UL chipbreaker, negative insert provides sharp cutting edge AND more corners.
《304 SS》 260 SFM WET
★ .001 IPR .020" DOC ★ .004 IPR .079" DOC
Square shank Offset "0" DS Holder, DS-ACH HolderInserts ➡ E44Holders ➡ J34
For Swiss-type Lathes
[ N
ew Produ
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J8
New Products
Range ofcenterline heightadjustment
0 - .008"00000000000000 -- .00000000000000000000000088888888888888""""
RRRRRRRaRaRaRaRaRaRaRaRaangngngngnggngngngnggnnngngngggggeeeeeeeeeee ffffffooofofoooooo
Adjustment wedge Insert edge moves up
Adjustment wedge goes down
Turn a screw clockwise
How to useInsert moves in an upward direction only. See the instruction shown on the back page. (Loosen wedge screw before making any adjustment)
① Install the holder slightly below centerline. Then take a facing test cut.
② Measure the diameter of the centerboss.
④Re-machine the end face.③ Raise the center height by one half of the diameter of the boss.
Adjustment references are available in the tool case.*Adjustment instructions are supplied in the tool case
Patented
NEW DS-ACH Holders
●Adjust centerline height simply with a wrench
Features
①
②
Adjust centerline height easily●Eliminate center boss on end faces●Provide constant OD dimension●Adjust easily in machine
Optimized design reduces vibration
Improved chatter resistance.
DS-ACH type Conventional type
Excellent surface Chattered
Tested cutting conditions (304 SS)Work material:304 SSHolder:DS-SDUL19-11-ACHInsert:DCGT32.508MCL TM4Cutting condition: 250 SFM .002 IPR .079" DOC WET
2.76”(70 ㎜)Overhang
Holders ➡ J124・J125・J126
For Swiss-type Lathes
[ N
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J9
NEW Mogul Bar
4.0
3.2
2.4
1.6
0.8
.160 .240 .320 .400 .480 .560 .640 .720
L:Overhang amount (inch)
D:Shank diameter (inch)
Steel shankSteel shank
Carbide shankCarbide shankSteel Shank
Carbide Shank
L/D≦5
L/D≦7L:OverhangD:Shank diameter
[Cutting condition example] Work materials: Alloy steel, stainless 260 SFM, .002 - .004 IPR, .004" - .020" DOC WET
Vibration analysisMogulBar Other boring bars
Note: Assuming a 100N load is applied. Equal amount of force was applied to both bars for vibration analysis.Boring bar used in above analysis: S08H-STUPR09D10-OH
L/D=5
Reduced duration of vibration
● High rigidity + Minimal flat widths Reduce vibration
● Large clearance for improved chip evacuation
● All MogulBar boring bars are coolant through
●F chipbreakers allow chips to evacuate backward
●Combination of the F-chipbreak-ers and MogulBar delivers the best performance
DOC(inch)
Feed(IPR).002 .004
FG Chipbreaker● Best for finishing ● Works for small DOC(.020" or less)
● High rake angle
.004
.012
F1/F05 Chipbreakers●Cover wide condition range● Ground chipbreaker
.020
Note: Right-hand inserts with FG and F1 chipbreakers should be used with right-hand holders
[Cutting condition example]4140 Carbon Steel Diameter : φ.472"260 SFM Depth of Bore : .787" WetHolder : S10K-STUPR11D12-OH Insert : TPGH221
FG
F1・F05
Depth of cut (inch)
Feed rate (IPR)0 .002 .004 .006 .008
.012
.020
.040
.060
■ Recommended Cutting Condition Range
Holders ➡ J93
Features
Recommended amount of overhang
F Chipbreakers - Evacuate chips BACKWARD
F Chipbreakers - Features
For Swiss-type Lathes
[ N
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cts ]
J10
New Products
NEW STICK DUO Hyper Hyper
● Indexable double-ended solid carbide ID tools - No adjustment required for each index● Excellent repeatability in inserts and holders● Adjust overhang amount by adjusting internal ball screw● Wear resistant multi-layer PVD coating● Competitive price per corner performance
●Minimum bore diameter φ.087" -
●Coner R : .002"/.006"
●3 types lineupS.FS-S type
S.FB-F type
Control the chip to backward
Copy or recess maching possible Anti vibration
S.FS-H type
Mirror finish edge
Good chip controlNo scratch mark on a work piece
S.FB-F type
Control the chip to backward direction
S.FS-S type
Sharp edge
Wide area of chippocket
Back taper
Chipbreaker for sharp cutting
30°
f
L1
Offset f:±.0006"Tool Length L1:±.0008"
Y
Centerline Y: +.002"/-.000" Corner R:±.0006"
①Unstable depth(Including dimension on face)
Tool Length
Caused by tolerance in
Centerline height②Unstable ID at d1& d2
Corner R③Unstable finish and depth of cut
Offset④Unstable ID
Typical issues caused by poor tolerance
X Direction4
2
0
-2
-4 measurements
(m)
Deflection
1 2 3 4 5 6 7 8 9 10
Y Direction (Center height)4
2
0
-2
-4 measurements
(m)
Deflection
1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10
Z Direction (Length)4
2
0
-2
-4 measurements
(m)
Deflection
■ Workpiece
Inserts ➡ J94 Sleeves ➡ J96
Features
Application Example Tool Tolerance
Repeatability
Line up
For Swiss-type Lathes
[ N
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cts ]
J11
1. Eliminate shims for turning holders when extended guide bushing is used (especially in thread whirling)
2. Perform finish cut without retracting roughed section (bar) to guide bushing
Two Major FeaturesShim
GangToolPost
GangToolPost
With NTK ShiftedTurning Toolholders●Feature 1 ●Feature 2
Typical turning With Shifted Holders:Finish turn can be done without retracting the roughed bar
With Conventional Holders:Roughed bar comes out when retracted for finish turn
No shims required during thread whirling operation with an extended guide bushing
● Prevents coolant and chips from damaging live tool stations● Takes DS Series holders to perform various back working● Designed exclusively for 22mm(.886") round shank stations● Compatible with 16mm(.630") round shank DS Series holders
Features
First Recommendation for Turning
× How it works
When DS holders are used directly in live tool stations, coolant and chips sneak in from the flat of holders to damage the live stations
By using the DS Sleeve, you can use the DS Series holders with-out any worry about damaging live stations
Coolant and chips sneak in.
Stop coolant and chips from damaging live tool stations.
NEW Shifted Toolholders
NEW DS SleeveHolders ➡ J26・J28・J31
Sleeves ➡ J129
For Swiss-type Lathes
[ N
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cts ]
J12
New Products
NEW SATURN DUO
NEW Small Diameter Indexable End Mills
●High precision machining is made possible because of a low tool pressure chipbreakers
●New TM4 grade with improved wear and adhension resistance with longer tool life
Features
●FGV type for face grooving and FBV type for face machining●Economical double-corner specification●Improved tool rigidity by optimizing the overhang and holder shape
●Selection includes : gang-type, front-gang-type and sleeve holder type
Features
Holder : L-hand Insert : L-hand
Holder : R-hand Insert : R-hand
Shape ofgrooved face
FGV type for face groovingTarget work shape
・Grooving possible under a wide range of cutting conditions due to strengthened rigidity of both inserts and holders・Minimum machining diameter from φ.236", groove width from .039"・Left-hand types available for machining works with a boss
Holder : R-hand Insert : R-hand
Concavedface shape
FBV type for face machiningTarget work shape
・Further improved face machining efficiency・Minimum machining diameter from φ.315"
Inserts ➡ J76Holders ➡ J77Information ➡ J74
Inserts ➡ J115Holders ➡ J115Information ➡ J114
For Swiss-type Lathes
[ N
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J13
Tooling for Swiss-type Lathes
●Tooling ………………………………J14●NTK PVD Coatings ………………J15● Recommended Insert Grade and Cutting Conditions …………J16
J
For Swiss-type Lathes
[ Too
ling ]
J14
Tooling
Cut-off BackTurning Grooving Front
Turning Threading
Guide bushing
Tooling for gang type tool post
Tool post Tool
Guide bushingWork material
Threading
Front turning
Back turning
Cut-off
Grooving
➡J51 ➡J39 ➡J63 ➡J21 ➡J79
Tooling and Coatings
Tooling example for a small CNC automatic lathe (gang type)
Tooling example for a small CNC automatic lathe (turret type)
Cut-off Back Turning
Back Turning
Front Turning
Grooving
Tooling for turret type tool post
Cut-off
Cut-off
Guide bushing
Work material
Back Turning
Front Turning
Back Turn
ing
Back Turn
ing
Grooving
Grooving
➡J39 ➡J63
➡J21➡J39➡J51
[ Too
ling ]
For Swiss-type Lathes
J15
PVD Coatings
Best balance of wear resistance and adhesion resistance● For small part machining in general
TM4 TM-Coat
Best balance of heat resistance and sharp edges●Titanium alloy●Heat resistant alloy●Stainless steel●Hardened material
DT4 DT-Coat
Best wear resistance●stainless steel●Carbon steel●Alloy steel
QM3/Q15 Q-Coat
Best edge sharpness●Titanium alloy●Non-ferrous material●Stainless steel●Plastic
VM1 V-Coat
Best heat resistance● Heat resistant alloy● Stainless steel● Hardened material
DM4 DM-Coat
Best adhesion resistance● General purpose machining
ZM3/C7Z Z-Coat
Coating Specifications
Q-Coat TM-Coat DM-Coat DT-Coat V-Coat Z-Coat
Thickness Thick Thin Thick Thin Thin Thick
Wear Resistance ◎ ○ ○ ○ ○
Heat Resistance ◎ ◎ ○
Adhesion Resistance ○ ◎
Edge Sharpness ○ ○ ◎
Composition TiCN Multilayer Multilayer Multilayer TiCN TiN◎1st choice ○2nd choice
NEW
NEWNEW
➡D30・D37
➡D36
➡D37
➡D36
➡D36
➡D31・D37
[ Too
ling ]
For Swiss-type Lathes
[ Coa
tings ]
J16
ToolingRecommended Insert Grade and Cutting Conditions■ Front TurningCSVF / CC.. / DC.. / VC.. / VB.. / TN.. / TF
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice DT4 DT4 TM4 QM32nd choice TM4 / QM3 QM3 / VM1 QM3 TM4 / DT4 / C7Z(X)
Cutting Speed (SFM) 75 125 225 100 200 275 130 230 330 150 300 600 Carbide 150 300 500C7Z(X) 400 500 800
RecommendedChipbreakerFeed Rate (IPR)
.004 DOC AMX KHG.0004 .0008 .0012
AMX KHG.0004 .0012 .0016
.004 to .060 DOC
CL S AM3.0008 .0016 .0024
CL AM3 AZ7 ZR S U/U1 UL.0008 .0020 .0032
.060 DOC CL S AM3.0008 .0015 .0025
CL AM3 ZP.0012 .0024 .0040
■ Back TurningCSVB
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice DT4 VM12nd choice VM1 DT4
Cutting Speed (SFM) 75 125 225 100 200 275 100 200 300
Feed Rate (IPR)X Direction .0004 .0008 .0012Z Direction .0004 .0012 .0016
TBDP / TBMH / TBP / TBPA / TBVC
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice DT4 DT4 / QM3 TM4 QM32nd choice TM4 / QM3 VM1 QM3 TM4 / DT4 / C7Z(X)
Cutting Speed (SFM) 75 125 225 100 200 275 150 300 500
Feed Rate (IPR)X Direction .0004 .0008 .0012 .0004 .0008 .0016Z Direction .0008 .0016 .0024 .0008 .0016 .0031
TB32 / TB43
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice
ZM3ZM3
2nd choice Z15
Cutting Speed (SFM) 50 100 150 ZM3 150 300 425Z15 400 600 800
Feed Rate (IPR)X Direction .0004 .0012 .0020 .0004 .0012 .0020Z Direction .0016 .0020 .0031 .0016 .0031 .0059
[ Too
ling ]
For Swiss-type Lathes
[ Rec
ommen
ded cu
tting co
ndition
s ]
J17
■ Cut OffCSVT
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice DT4 VM1
2nd choice VM1 DT4
Cutting Speed (SFM) 100 160 230 100 200 300
Feed Rate (IPR) .0004 .0008 .0012 .0004 .0012 .0020
CTP / CTPA / CTPS / CTPW
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice DT4 TM4 QM3
2nd choice TM4 QM3 / VM1 QM3 TM4 / DT4 / C7Z(X)
Cutting Speed (SFM) 100 160 230 100 200 300
Feed Rate (IPR) .0008 .0012 .0020 .0008 .0016 .0024
CTDP / CTV
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice DM4 TM4 QM3
2nd choice TM4 / QM3 QM3 TM4 / DM4
Cutting Speed (SFM) 100 160 230 100 200 300
Feed Rate (IPR) .0012 .0020 .0031 .0016 .0031 .0047 [ Too
ling ]
For Swiss-type Lathes
[ Rec
ommen
ded cu
tting co
ndition
s ]
J18
Tooling■ GroovingCSV / GTG / GTMH / GTMT / GTMX / SBG
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice DT4 DM4 / DT4 TM4 QM3
2nd choice TM4 / QM3 QM3 / VM1 QM3 TM4 / DT4 / C7Z(X)
Cutting Speed (SFM) 75 125 225 100 200 275 130 230 330 150 300 600 Carbide 150 300 500C7Z(X) 400 500 800
Feed Rate (IPR)
A. GroovingB. Side turning*
Width.010-.020
A. .0002 - .0012
B. .0001 - .0002
.020-.040A. .0008 - .0024 A. .0008 - .0028
B. .0002 - .0004 B. .0002 - .0004
.040-.080A. .0012 - .0028 A. .0012 - .0031
B. .0008 - .0020 B. .0012 - .0024
> .080A. .0012 - .0079
B. .0012 - .0024
*When side turining, Max. DOC is under .0079". Under .016" width side turning impossible
GVW
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice
QM32nd choice
Cutting Speed (SFM) 75 125 225 100 200 275 130 230 330 150 300 600 150 300 500
Feed Rate (IPR)
A. GroovingB. Side turning*
Width.118-.157 A. .0020 - .0059
.157-.197 A. .0039 - .0079A. .0039 - .0098
B. .0059 - .0118
> .197 A. .0059 - .0138
*Max DOC is 80% of width
GTPA
Work Material Aluminum Alloy
Common Name ASTM 5056ASTM 6061
Grade1st choice PD1
2nd choice KM1
Cutting Speed (SFM) PD1 330 650 1000KM1 160 330 650
Feed Rate (IPR)A. GroovingB. Side turning
A. .0020 - .0079
B. .0039 - .0079
Recommended Insert Grade and Cutting Conditions[ Too
ling ]
For Swiss-type Lathes
[ Rec
ommen
ded cu
tting co
ndition
s ]
J19
■ ThreadingWork Material High Temperature
AlloysTitanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice VM1 VM1 / ZM3 QM3
2nd choice ZM3 QM3 VM1 / ZM3
Cutting Speed (SFM) 75 125 225 100 200 275 130 230 330 150 300 600 150 300 500
*Unless your machine is equipped with high speed threading program, please set the feed rate to 80 IPM or lower to prevent making incomplete threads
■ ID Boringdiameter .240" (LBM / STICK DUO)
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice TM4 VM1 / TM4
2nd choice VM1 / ZM3 ZM3
Cutting Speed (SFM) 60 160 230 100 200 300
Feed Rate (IPR) .0004 .0012 .0020
Depth Of Cut (DOC) .0020 .0031 .0039
diameter > .240"
Work Material High Temperature Alloys
Titanium Alloys
Cobalt Chrome Alloys
Stainless SteelsAlloy Steels Carbon Steels
Hard to cut Free cutting
Common NameInconelHastelloyMP35N
Ti-6Al-4V ASTM F-7530431617-4PH
303430F
51204137
10451046
Grade1st choice DT4 DT4 TM4 QM3
2nd choice TM4 QM3 / TM4 QM3 TM4 / DT4 / C7Z(X)
Cutting Speed (SFM) 150 230 330 130 230 330 150 300 600 Carbide 150 300 500C7Z(X) 400 500 800
Feed Rate (IPR) .0008 .0024 .0047
Depth Of Cut (DOC) .0039 .0197 .0787
[ Too
ling ]
For Swiss-type Lathes
[ Rec
ommen
ded cu
tting co
ndition
s ]
J21
General Turning / Front Turning
●General (ANSI / ISO) Turning ……J22●Front Turning ………………………J26
J
For Swiss-type Lathes
[ Front Turning
]
J22
General / Front Turning
●Advantage for each geometry
CC.. Style DC.. Style VC.. Style
Increased toughness. Cutting edge is close to insert pocket.
Versatile geometry. Toughness of CC.. with flexibility of VC..
Wide coverage in work geometry.
●For Undercuts
30° 45°
CC.. Style DC.. Style VC.. Style
Not applicable to undercut Up to 30 deg. undercuts Up to 45 deg. undercuts
●Chip Control and Finish
SCLCR ➡J26 SDJCR ➡J28 SDNCN ➡J28
Strong clamping.High dimensional repeatability.
Increased room for chip evacuation.Prevent chips from scratching works.
Chips flow away from the work.
■ General Turning Inserts Explained
[ Front Turning
]For Swiss-type Lathes
J23
■ Surface Finish in General Turning by Inserts with Wiper Flat
■ Roughing and Finishing Long Work on Swiss Lathes●Shifted Holders
w
●Combination of Grooving Tool and DS Holders
Guide bushing
Inserts with wiper
Slower feed rate brings better finish but sacrifices cycle time, chip control, and tool life
Fast feed rate improves chip control but worsens surface finish
Inserts with wiper flat bring good chip control and surface finish
SCLC-N-F ➡J26
SDJC-N-F ➡J28
SVJC-N-F ➡J31
Rough with grooving tool for good chip control
Shifted Holders make finishing process possible without worrying about bar stock coming off guide bushing.Thanks to the increased room between the tools and guide bushing, coolant flows effectively to improve chip control.
Finishing can be done by using general turning inserts with DS Holders
GTVW Holders ➡J71 DS Holders ➡J123
TFD ➡J28
for SDJC toolholders
TFT ➡J33
for STAC toolholders
TFV ➡J31
for SVAC toolholders
Wiper Flat Insert - Product Lines
[ Front Turning
]For Swiss-type Lathes
J24
General / Front Turning
ANSI / ISO Insert Nomenclature1 Shape
C 80°
D 55°
E 75°
L
P
R
S
T
V 35°
W 80°
2 Clearances 4 Type
0°
5°
7°
11°
15°
20°
N
B
C
P
D
E
CInch C G T1 2 3 4
CMetric C G T
S TC
D K
φd
m m
φd s
3 Tolerance Class
Symbol d (inch) m (inch) s (inch)
M tolerance
M tolerance
Inscribed Circle
Inscribed Circle
d (inch)
d (inch)
1/43/81/25/83/41
±.002±.002±.003±.004±.004±.005
m (inch)
m (inch)
±.003±.003±.005±.006±.006±.007
AFCHEGJKLMNU
±.0010±.0050±.0010±.0050±.0010±.0010±.0020
±.002~ ±.005±.002~ ±.005±.002~ ±.005±.002~ ±.005±.003~ ±.010
±.0002±.0002±.0005±.0005±.0010±.0010±.0020±.0005±.0010
±.003~ ±.007±.003~ ±.007±.005~ ±.015
±.0010±.0010±.0010±.0010±.0010±.0050±.0050±.0010±.0010±.0050±.0010±.0050
1/43/81/25/83/4
±.002±.002±.003±.004±.004
±.004±.004±.006±.006±.007
6 Thickness
ThicknessS(inch)
3/32
1/8
5/32
3/16
1/4
5/16
3/8
1/2
Inch Metric
02
03
T3
04
06
07
09
12
1.5
2
2.5
3
4
5
6
8Special design
70°-90°
70°-90°
40°-60°
40°-60°
Type Symbol Type Symbol
N (E)
F
R
A
G
M
X
H
B
T
W
[ Front Turning
]For Swiss-type Lathes
J25
8 Edge Sharpness
3 2.5 08M F N AM35 6 7 8 9 10
09 T3 02M F N AM3
9 Hand of Chipbreaker 10 Type of Chipbreaker
C D R S T V WInscribedCircle
1/4
3/8
1/2
5/8
3/4
1
MetricInch
06
09
12
16
19
25
07
11
15
19
23
31
06
09
12
15
19
25
11
16
22
27
33
44
11
16
22
27
33
44
04
06
08
10
13
17
2
3
4
5
6
8
5 Cutting Edge Length
R
7 Nose RadiusCorner Radius Inch Metric
.001
.003
.004
.007
.008
.015
.016 (1/64)
.031 (1/32)
01
04M
04
08M
08
1M
1
2
00
01M
01
02M
02
04M
04
08
N Neutral*
R Right-hand
L Left-hand
* Omitted when edge is not "up-sharp".
See page C8 to C13 for chipbreaker information.
F Up-sharp edge (without any edge preparation)
(Blank) Non up-sharp edge
[ Front Turning
]For Swiss-type Lathes
J26
General / Front Turning
●Stock ○1-2 week delivery
Toolholders for CC.. Inserts
■SCLC
■SCLC-F
5°4.724(120)
A A
95°
95°
5°4.724 (120)
Right-Hand style shown
Right-Hand style shown
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CC..21.5.. SCLC -062C ● ● 3/8 3/8 3/8 0 0 LRIS-2.5 × 7 CLR-15SSCLC -082C ● ● 1/2 1/2 1/2 0 0 LRIS-2.5 × 7 CLR-15S
CC..32.5.. SCLC -083C ● ● 1/2 1/2 1/2 0 0 LRIS-4 × 10 LLR-25SSCLC -103C ● ● 5/8 5/8 5/8 0 0 LRIS-4 × 10 LLR-25S
CC..21.5.. SCLC 0808X06N ● ○ .315 8 .315 8 .315 8 0 0 LRIS-2.5 × 7 CLR-15SCC..32.5.. SCLC 1212X09N ○ ○ .472 12 .472 12 .472 12 0 0 LRIS-4 × 10 LLR-25S
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CC..32.5..
SCLC 083C-F250 ● 1/2 .984 25 1/2 1/4 LRIS-4 × 10 LLR-25SSCLC 083C-F500 ● 1/2 .984 25 1/2 1/2 LRIS-4 × 10 LLR-25SSCLC 1015X09N-F05 ○ ○ .394 10 .591 15 .394 10 .197 5 LRIS-4 × 10 LLR-25SSCLC 1020X09N-F10 ○ ○ .394 10 .787 20 .394 10 .394 10 LRIS-4 × 10 LLR-25SSCLC 1218X09N-F06 ○ ○ .472 12 .709 18 .472 12 .236 6 LRIS-4 × 10 LLR-25SSCLC 1224X09N-F12 ○ ○ .472 12 .945 24 .472 12 .472 12 LRIS-4 × 10 LLR-25S
CC..
➡E27・E28・E29 / E22
[ Front Turning
]For Swiss-type Lathes
J27
■DS-SCLL-ACH
95°
5°
φ
Left-Hand style shown
Left-Hand style shown
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CC..32.5..
DS-SCLL16F-09-ACH ● .630 16.00 .610 15.5 3.150 80 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL19-09-ACH ● 3/4 .709 18.0 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL20-09-ACH ● .787 20.00 .748 19.0 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL22-09-ACH ● .866 22.00 .827 21.0 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL25-09-ACH ● 1 .945 24.0 5.906 150 .236 6.0 LRIS-4 × 8 LLR-25S
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CC..21.5..
DS-SCLL15H-06 ○ 5/8 .591 15 3.937 100 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL16F-06 ○ .630 16 .591 15 3.150 80 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL19-06 ● 3/4 .709 18 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL20X-06 ○ .787 20 .748 19 3.740 95 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL20-06 ● .787 20 .748 19 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL22-06 ● .866 22 .827 21 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL25-06 ● 1 .945 24 5.906 150 .236 6.0 LRIS-2.5 × 7 CLR-15S
CC..32.5..
DS-SCLL15H-09 ○ 5/8 .591 15 3.937 100 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL16F-09 ○ .630 16 .591 15 3.150 80 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL19-09 ● 3/4 .709 18 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL19-09-004* ● 3/4 .709 18 4.724 120 .413 10.5 LRIS-4 × 8 LLR-25SDS-SCLL20X-09 ○ .787 20 .748 19 3.740 95 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL20-09 ● .787 20 .748 19 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL22-09 ● .866 22 .827 21 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL22-09-005* ● .866 22 .827 21 4.724 120 .472 12.0 LRIS-4 × 8 LLR-25SDS-SCLL25-09 ● 1 .945 24 5.906 150 .236 6.0 LRIS-4 × 8 LLR-25S
*Comes with coolant through
■DS-SCLL
0.0
A A
95°
5°
.787
φ
(20)
0.0
AA
95°5°
1/8NPT
φ
Note: Use right-hand or neutral inserts for DS-SCLL bars
DS-SCLL19-09-004DS-SCLL22-09-005(Coolant through)
Adjustable centerline height
[ Front Turning
]For Swiss-type Lathes
J28
General / Front Turning
■SDJC ■SDJC-F
■SDNCN
A A93°
32°
4.724 (120)
32°
12
93°
4.724 (120)
62°30′
Right-Hand style shown Right-Hand style shown
Toolholders for DC.. / TFD InsertsDC..
➡E32・E33・E34 / E23
Item NumberIC Radius Thickness Grade
TFD (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) QM3 ZM3
With wiper
TFD 07FR05 1/4 6.35 .002 0.05 3/32 2.38 ● ○TFD 07FR15 1/4 6.35 .006 0.15 3/32 2.38 ● ○TFD 11FR05 3/8 9.525 .002 0.05 5/32 3.97 ● ○TFD 11FR15 3/8 9.525 .006 0.15 5/32 3.97 ● ○
NTK TFD-type is an insert with a wiper facet.It has a 0.3㎜ (.012")flat at cutting edge when set on the toolholder.The flat at cutting edge ensures superior surface finish at increased feed rate.Note: TFD type can be set on toolholders of SDJC-N, SDJC-N-F, SDJC, CH-SDUC, Y-SDJC and Y-SDJC-OH.
.012(0.3㎜)
Nose Radius
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
DC..21.5..TFD07..
SDJC -062C ● ● 3/8 3/8 3/8 0 0 LRIS-2.5 × 7 CLR-15SSDJC -082C ● ● 1/2 1/2 1/2 0 0 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11..
SDJC -083C ● ● 1/2 1/2 1/2 0 0 LRIS-4 × 10 LLR-25SSDJC -103C ● ● 5/8 5/8 5/8 0 0 LRIS-4 × 10 LLR-25S
DC..21.5..TFD07.. SDJC 0808X07N ● ○ .315 8 .315 8 .315 8 0 0 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11..
SDJC 1212X11N ○ ○ .472 12 .472 12 .472 12 0 0 LRIS-4 × 10 LLR-25SSDJC 1616X11N ○ ○ .630 16 .630 16 .630 16 0 0 LRIS-4 × 10 LLR-25S
DC..32.5..TFD11..
SDJC 083C-F250 ● 1/2 .728 18.5 1/2 1/4 LRIS-4 × 10 LLR-25SSDJC 083C-F500 ● 1/2 1 1/2 1/2 LRIS-4 × 10 LLR-25S
DC..21.5..TFD07..
SDJC 1015X07N-F05 ○ ○ .394 10 .591 15 .394 10 .197 5 LRIS-2.5 × 7 CLR-15SSDJC 1020X07N-F10 ○ ○ .394 10 .787 20 .394 10 .394 10 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11..
SDJC 1015X11N-F05 ○ ○ .394 10 .591 15 .394 10 .197 5 LRIS-4 × 10 LLR-25SSDJC 1020X11N-F10 ○ ○ .394 10 .787 20 .394 10 .394 10 LRIS-4 × 10 LLR-25SSDJC 1218X11N-F06 ○ ○ .472 12 .709 18 .472 12 .236 6 LRIS-4 × 10 LLR-25SSDJC 1224X11N-F12 ○ ○ .472 12 .945 24 .472 12 .472 12 LRIS-4 × 10 LLR-25S
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
DC..21.5.. SDNCN-062 ● 3/8 3/8 2.5 63.5 3/8 3/16 LRIS-2.5 × 7 CLR-15SSDNCN-082 ● 1/2 1/2 3.5 88.9 1/2 1/4 LRIS-2.5 × 7 CLR-15S
DC..32.5.. SDNCN-083 ● 1/2 1/2 3.937 100 1/2 1/4 LRIS-4 × 10 LLR-25SSDNCN-103 ● 5/8 5/8 3.937 100 5/8 5/16 LRIS-4 × 10 LLR-25S
DC..21.5.. SDNCN08-X07 ○ .315 8 .315 8 4.724 120 .315 8 .157 4.0 LRIS-2.5 × 7 CLR-15SDC..32.5.. SDNCN12-X11 ○ .472 12 .472 12 4.724 120 .472 12 .236 6.0 LRIS-4 × 10 LLR-25S
●Stock ○1-2 week delivery
[ Front Turning
]For Swiss-type Lathes
J29
Y-Axis Holders for DC.. / TFD Inserts■Y-SDJCR
■Y-SDNCN
.787(20)
93°
A
A
4.724 (120)
A A
90°62°30′
0.0
.827(21)
4.724(120)
Gang toolingpost
Feed direction
Feed direction
Gang toolingpost
Note: Y-SDJC holders do not work with left-hand inserts (such as DCGT-LS)
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
DC..21.5..TFD07..
Y-SDJCR062-IN ● 3/8 3/8 .984 25 0 LRIS-2.5 × 7 CLR-15SY-SDJCR082-IN ● 1/2 1/2 .984 25 0 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11..
Y-SDJCR083-IN ● 1/2 1/2 .984 25 0 LRIS-4 × 10 LLR-25SY-SDJCR103-IN ● 5/8 5/8 .984 25 0 LRIS-4 × 10 LLR-25S
DC..21.5..TFD07.. Y-SDJCR12-07L ○ .472 12 .472 12 1.181 30 0 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11.. Y-SDJCR12-11L ● .472 12 .630 16 1.181 30 0 LRIS-4 × 10 LLR-25S
DC..32.5..TFD11..
Y-SDJCR12-11SOH* ○ .472 12 .472 12 .787 20 ― LRIS-4 × 10 LLR-25SY-SDJCR16-11OH* ○ .630 16 .630 16 .984 25 ― LRIS-4 × 10 LLR-25S
*Comes with coolant through
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
DC..32.5.. Y-SDNCN083-IN ● 1/2 1/2 1/4 6.35 .984 25 LRIS-4 × 10 LLR-25S
DC..32.5..Y-SDNCN12-11S ○ .472 12 .472 12 .236 6.0 .787 20 LRIS-4 × 10 LLR-25S
Y-SDNCN16-11L ○ .630 16 .630 16 .315 8.0 1.181 30 LRIS-4 × 10 LLR-25S
93°
A A
0.0 4.724 (120)
■Y-SDJCR-OHCoolant-through for high-pressure coolant
[ Front Turning
]For Swiss-type Lathes
J30
General / Front Turning
DS Toolholders for DC.. / TFD Inserts■DS-SDUL
A A
0.0
3°
122°
φ
■DS-SDUL-ACH
Ajustable range
0 - +.008
Ajustable range
0 - +.008
1.181(30)
φ
3°122°
■DS-SDXL22-11-006 (Coolant through)
1/8NPT
0.0
A A
119°
6°
φ.787(20)
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
DC..21.5..TFD07..
DS-SDUL14F-07 ○ .551 14 .512 13 3.150 80 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL15H-07 ○ 5/8 .591 15 3.937 100 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL16F-07 ○ .630 16 .591 15 3.150 80 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL19-07 ● 3/4 .709 18 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL20-07 ● .787 20 .748 19 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL20X-07 ○ .787 20 .748 19 3.740 95 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL22-07 ● .866 22 .827 21 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11..*
DS-SDUL16F-11-ACH ● .630 16 .610 15.5 3.150 80 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL19-11 ● 3/4 .709 18.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL19-11-ACH ● 3/4 .709 18.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL20-11 ● .787 20 .748 19.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL20X-11 ○ .787 20 .748 19.0 3.740 95 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL20-11-ACH ● .787 20 .748 19.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL22-11 ● .866 22 .827 21.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL22-11-ACH ● .866 22 .827 21.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDXL22-11-006* ● .866 22 .827 21.0 4.724 120 .472 12.0 LRIS-4 × 10 LLR-25SDS-SDUL25-11 ● 1 .945 24.0 5.906 150 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL25-11-ACH ● 1 .945 24.0 5.906 150 .394 10.0 LRIS-4 × 10 LLR-25S
* TFD11 inserts cannnot be used with DS-SDXL toolholders
Left-Hand style shown
Left-Hand style shown
Left-Hand style shown
●Stock ○1-2 week delivery
Adjustable centerline height
[ Front Turning
]For Swiss-type Lathes
J31
Toolholders for VC.. / TFV Inserts
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
VC..22
SVJC -062C ● ● 3/8 3/8 3/8 - - LRIS-2.5 × 7 CLR-15SSVJC -082C ● ● 1/2 1/2 1/2 - - LRIS-2.5 × 7 CLR-15SSVJC -102C ● ● 5/8 5/8 5/8 - - LRIS-2.5 × 7 CLR-15SSVJC -082C-F250 ● 1/2 1/2 .709 18 1/4 LRIS-2.5 × 7 CLR-15SSVJC -082C-F500 ● 1/2 1/2 .984 25 1/2 LRIS-2.5 × 7 CLR-15S
VC..22 SVJC 1212X11N ○ ○ .472 12 .472 12 .472 12 - - LRIS-2.5 × 7 CLR-15SSVJC 1616X11N ○ ○ .630 16 .630 16 .630 16 - - LRIS-2.5 × 7 CLR-15S
VC..22TFV11..
SVAC 0808X11N ● ● .315 8 .315 8 .315 8 - - LRIS-2.5 × 7 CLR-15SSVAC 1212X11N ○ ○ .472 12 .472 12 .472 12 - - LRIS-2.5 × 7 CLR-15S
VC..22 SVVCR1212X11N ○ .472 12 .472 12 .472 12 .197 5 LRIS-2.5 × 7 CLR-15SSVVCR1616X11N ○ .630 16 .630 16 .630 16 .197 5 LRIS-2.5 × 7 CLR-15S
VC..22..Y-SVJCR062-IN ● 3/8" 3/8" .787 .787 20 LRIS-2.5X7 CLR-15SY-SVJCR082-IN ● 1/2" 1/2" .787 .787 20 LRIS-2.5X7 CLR-15SY-SVJCR102-IN ● 5/8" 5/8" .787 .984 25 LRIS-2.5X7 CLR-15S
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
VC..22
DS-SVXL15H-11 ○ 5/8 .591 15 3.937 100 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL16F-11 ● .630 16 .591 15 3.150 80 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL19-11 ● 3/4 .709 18 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL20-11 ● .787 20 .748 19 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL20X-11 ○ .787 20 .748 19 3.740 95 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL22-11 ● .866 22 .827 21 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL25-11 ● 1 .945 24 5.906 150 .394 10 LRIS-2.5 × 7 CLR-15S
■SVJC ■SVJC-F
■Y-SVJCR
A A
52°
93°
4.274(120)
0.0
4.274(120)52°
93°
A A4.724(120)
0.0
.787(20)
93°
■SVAC-N
A A91°
54°
4.274(120)
0.0
■SVVCR-N
72°30′
4.724(120)
■DS-SVXL
A A
99°0.0
46°
φ
Item NumberIC Radius Thickness Grade
TFV (Inch) (Inch) (㎜) (Inch) (㎜) VM1 ZM3
with wiper
TFV 11FR05SX 1/4 .002 0.05 1/8 3.18 ● ○TFV 11FR05U 1/4 .002 0.05 1/8 3.18 ○ ○TFV 11FR10SX 1/4 .004 0.1 1/8 3.18 ● ○TFV 11FR10U 1/4 .004 0.1 1/8 3.18 ○ ○
Nose Radius
.008"(0.2㎜) NTK TFV-type is an insert with a wiper facet.
It has 0.2㎜ (.008")flat on cutting edge when set on the toolholder.The flat at cutting edge ensures superior surface finish at increased feed rate.Note: TFD type can be set on toolholders of SVAC-N
VC..
➡E49 / E26
Note: Use right-hand or neutral inserts for DS-SVXL bars
[ Front Turning
]For Swiss-type Lathes
J32
General / Front Turning
Toolholders for VP.. InsertsVP..
➡E50
■SVXP-N
A A
46°
99°
4.724(120)
0.0
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
VP..22..
SVXP 1012X11N ● ○ .394 10 .472 12 .394 10 LRIS-2.5 × 7 CLR-15S
SVXP 1212X11N ● ○ .472 12 .472 12 .472 12 LRIS-2.5 × 7 CLR-15S
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
VP..22..
DS-SVVPN16-11-ACH ● .630 16 .610 15.5 4.724 120 .591 15 LRIS-2.5 × 7 CLR-15SDS-SVVPN19-11 ○ 3/4 .709 18.0 4.724 120 LRIS-2.5 × 7 CLR-15SDS-SVVPN19-11-ACH ● 3/4 .709 18.0 4.724 120 .709 18 LRIS-2.5 × 7 CLR-15SDS-SVVPN20-11-ACH ● .787 20 .748 19.0 4.724 120 .748 19 LRIS-2.5 × 7 CLR-15SDS-SVVPN22-11 ○ .866 22 .827 21.0 4.724 120 LRIS-2.5 × 7 CLR-15SDS-SVVPN22-11-ACH ● .866 22 .827 21.0 4.724 120 .827 21 LRIS-2.5 × 7 CLR-15SDS-SVVPN25-11-ACH ● 1 .945 24.0 5.906 150 .945 24 LRIS-2.5 × 7 CLR-15S
■DS-SVVPN
35°
0.0
A A72°30’
1.063(27) φ
■DS-SVVP-ACH
Adjstable range
0 - .008
72°30'
1.378 (35)
φ
●Stock ○1-2 week delivery
Right-Hand style shown
Adjustable centerline height
[ Front Turning
]For Swiss-type Lathes
J33
Toolholders for TC../ TFT InsertsTC..
➡E43
■STAC-N
91°
A A
4.724(120)
0.0
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TC..73..TFT09..
STAC 0808X09N ○ ○ .315 8 .315 8 .315 8 LRIS-2.2 × 6 CLR-13S
STAC 1010X09N ○ ○ .394 10 .394 10 .394 10 LRIS-2.2 × 6 CLR-13S
TC..21.5..TFT11.. STAC 1212X11N ○ ○ .472 12 .472 12 .472 12 LRIS-2.5 × 7 CLR-15S
Right-Hand style shown
Item NumberIC Radius Thickness ZM3
TFT (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L
S chipbreakerRight-hand style shown
TFT 09F 05 7/32 5.56 .002 0.05 3/32 2.38 ໐ ໐TFT 09F 15 7/32 5.56 .006 0.15 3/32 2.38 ໐ ໐TFT 11FR05 1/4 6.35 .002 0.05 3/32 2.38 ໐TFT 11FR15 1/4 6.35 .006 0.15 3/32 2.38 ໐
U/U1 chipbreakerRight-hand style shown
TFT 09FR05U 7/32 5.56 .002 0.05 3/32 2.38 ໐TFT 09FR15U 7/32 5.56 .006 0.15 3/32 2.38 ໐TFT 11FR05U1 1/4 6.35 .002 0.05 3/32 2.38 ໐TFT 11FR15U1 1/4 6.35 .006 0.15 3/32 2.38 ໐
NTK TFT-type is an insert with a wiper facet.It has 0.3㎜ (.118")flat on cutting edge when set on the toolholder.The flat at cutting edge ensures superior surface finish at increased feed rate.Note: TFT type can be set on toolholders of STAC-N
.012
(0.3)
30°
Cornerradius
[ Front Turning
]For Swiss-type Lathes
J34
General / Front Turning
Toolholders for TN.. InsertsTN..
➡E44・E45 / E25
(Inch, Metric)
Gage Insert Item number Stock Clamp pin Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TN..33..
PTXNR063C ● 3/8 5/8 3/8 .097 2.475 LCL33N LCS33 LW-2PTXNR083C ● 1/2 5/8 1/2 0 0 LCL33N LCS33 LW-2PTXNR103C ● 5/8 5/8 5/8 0 0 LCL33N LCS33 LW-2PTXNR1016X33N ○ .394 10 .630 16 .394 10 .079 2 LCL33N LCS33 LW-2PTXNR1216X33N ○ .472 12 .630 16 .472 12 0 0 LCL33N LCS33 LW-2PTXNR1616X33N ○ .630 16 .630 16 .630 16 0 0 LCL33N LCS33 LW-2PTXNR2020X33N ○ .787 20 .787 20 .787 20 0 0 LCL33N LCS33 LW-2
■PTXN-N - Pin lock type
.689(17.5)
(20)
.787
0.0
.709(18)
4.724(120)
AA6°
6° 100°
100°
Right-Hand style shown
1.496"b
6°
R.004"
10°
0~+.008"
0~+.008"
Adjustable
range
6° φ
(Inch, Metric)
Gage Insert Item number Stock φ Clamp pin Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TN..33..
DS-PTXL16-33-ACH ● .630 16.00 .610 15.5 .591 15 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL19-33 ○ 3/4 .709 18.0 .709 18 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL19-33-ACH ● 3/4 .709 18.0 .709 18 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL20-33 ○ .787 20.00 .748 19.0 .748 19 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL20-33-ACH ● .787 20.00 .748 19.0 .748 19 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL22-33 ○ .866 22.00 .827 21.0 .827 21 4.724 120 .472 12 LCL33N LCS33 LW-2DS-PTXL22-33-ACH ● .866 22.00 .827 21.0 .827 21 4.724 120 .472 12 LCL33N LCS33 LW-2DS-PTXL25M-33 ○ 1 .945 24.0 .945 24 5.906 150 .512 13 LCL33N LCS33 LW-2DS-PTXL25-33-ACH ● 1 .945 24.0 .945 24 5.906 150 .512 13 LCL33N LCS33 LW-2
Right-Hand style shown
■DS-PTX
A A6°
10°
6°0.0
φ
●Stock ○1-2 week delivery
■DS-PTX-ACH Adjustable centerline height
[ Front Turning
]For Swiss-type Lathes
J35
Toolholders for CN.. Inserts CN..
➡E30 / E22
(Inch, Metric)
Gage Insert Item number Stock Shim Clamppin
Clamp screw Spring Wrench
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CN..43.. PCLNR1620X43N ○ .630 16 .787 20 .630 16 LSC42 LCL4 LCS4CA LSP4 LW-3
See below for the explanation of the spare parts
■PCLN-Pin locktype
A A6° 95°
[ Front Turning
]For Swiss-type Lathes
J36
General / Front Turning
TFT Series■Inserts
Item numberGrade
(Inch) (㎜) ZM3TF3300R 0 0 ●TF3305R .002 0.05 ●TF3315R .006 0.15 ●TF3320R .008 0.2 ○
※Maximum depth of cut : .157" (4㎜)
.020 (0.5)
32°
3/16(4.76)
3/8(9.525)
3°
6°.591(15)
4.724(120)
A A
Right-Hand style shown
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TF33..TFTR06-IN ● 3/8 3/8 3/8 0 0 .118 3 LR-S-4 × 10PW CLR-15STFTR08-IN ● 1/2 1/2 1/2 0 0 .039 1 LR-S-4 × 10PW CLR-15S
TF33..
TFTR10 ○ .394 10 .394 10 .394 10 0 0 .118 3 LR-S-4 × 10PW CLR-15STFTR12 ○ .472 12 .472 12 .472 12 0 0 .039 1 LR-S-4 × 10PW CLR-15STFTR16 ○ .630 16 .630 16 .630 16 0 0 0.0 0 LR-S-4 × 10PW CLR-15STFTR20 ○ .787 20 .787 20 .787 20 0 0 0.0 0 LR-S-4 × 10PW CLR-15S
Note: Max Depth of Cut is .157"(4.0㎜ )
■ToolholdersScrew accessible from both side
●:Stock ○: 1-2 week delivery M: Mirror finish
[ Front Turning
]For Swiss-type Lathes
J37
CSV Series - Inserts
Item number Chip-breaker
Max Depth of Cut Edge geometry(α×β°) DT4 VM1(Inch) (㎜) (Inch) (㎜) R L R L
CSVF11F V-M No ― ― .006 × 2° 0.15 × 2° ● ● ●CSVF11F VB Yes .118 3.00 .012 × 5° 0.30 × 5° ● ○CSVF11F VB-M Yes .118 3.00 .006 × 2° 0.15 × 2° ● ● ●
AA
.787(20)
4.724 (120)
0.0
1°
φ
■DS-CSVL (Takes right-hand inserts)
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11FR.. DS-CSVL15 ● 5/8 .591 15 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15S
CSV Series - Toolholders■CSV -NC
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..CSV 06-IN-NC ● ● 3/8 3/8 3/8 0 0 LRIS-2.5 × 7 CLR-15S
CSV 08-IN-NC ● ● 1/2 1/2 1/2 0 0 LRIS-2.5 × 7 CLR-15S
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..
CSV 07 ● ● .295 7 .295 7 .295 7 .020 0.5 LRIS-2.5 × 7 CLR-15SCSV 08 ● ● .315 8 .315 8 .315 8 0 0 LRIS-2.5 × 7 CLR-15SCSV 10 ● ● .394 10 .394 10 .394 10 0 0 LRIS-2.5 × 7 CLR-15SCSV 12 ● .472 12 .472 12 .472 12 0 0 LRIS-2.5 × 7 CLR-15S
■CSV
AA .7875.512 (140)(20)
.004
(0.1)
1°AA 1°
.7874.724 (120)(20)
.004
(0.1)
Right-Hand style shown Right-Hand style shown
Toolholders for right-hand inserts CSVR.., DS-CSVL..Toolholders for left-hand inserts CSVL..
Note: All angles shown are obtained when insert is set on the holder. All images in this page show right-hand inserts.
■CSVF - Front Turning
1/46.3
5
β°
30°
α
0.0
1/46.3
5
All CSV series inserts have mirror finish cutting edges
Left-Hand style shown
Mirror finish
M
M
M
[ Front Turning
]For Swiss-type Lathes
J39
Back Turning
●Product Lines and Technical Information ……J40●Back Turning ………………………J42
J
For Swiss-type Lathes
[ Bac
k Tu
rning ]
J40
Back Turning
a: Length of Bladeb: Max Depth of Cut
ba
NTK Back Turning Tools - Product Lines
TBDP
➡J42a .138"b .197"TBDP..
BACK DUO
TBVC TB CSV
➡J47 ➡J48 ➡J43a .327" Max. a .138" Max. a .039" Max.b .327" b .197"/.354" b .087"TBVC.. TB.. CSVB..
TBMH (GTT Holder)
➡J49a .051" Max.b .106"TBMH..
Y-axis Holder available➡J70
DS-GTT
➡J70a .051" Max.b .106"TBMH..
TBP DS-TBP CTPA
➡J44 ➡J45 ➡J46a .189" Max. a .189" Max. a .169"b .208" b .209" b .205"TBP.. TBP..FR TBPA..
Y-axis Holder available➡J45
[ Bac
k Tu
rning ]
For Swiss-type Lathes
J41
GradeWork material
PVD Coated CarbideZM3・QM3・VM1・DT4・TM4
CermetXT3
Steel 0.7 0.5Stainless Steel 0.6 0.4
Non-ferrous material 0.9 0.8Plastic 0.9 0.9
■When length of blade (a) is not long enough ■When having rough finish on shoulder
Back turning can be performed multiple times until the total depth of cut reaches b.
Turning shoulder twice can improve the finish.This Problem can be solved by using Back Duo without increasing the number of pass.
■Undercut
TBMH style inserts should be used to cut the undercut
Assume undercut exists on back turning section
■Finish cut
TBP TBVCR・・F10
Roughed section goes into the guidebushing when performing finish cuts.(Deburring may be needed upon roughing)
Cutting edge is located away from the guide bushing. Roughing can be performed without retracting roughed part to guide bushing.
➡J44 ➡J47
TBMH32 ➡J49GTTR ➡J49DS-GTTL ➡J70
■Recommend max depth of cut for each pass(Multiply this ratio by the length of blade (a) to obtain the max. depth of cut for each pass)
[ Bac
k Tu
rning ]
For Swiss-type Lathes
J42
Back Turning
Gage Insert Item numberStock Clamp
screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBDP..
TBDPR06-IN ● 3/8 .472 12 3/8 .081 2.05 .571 14.5 .118 3.0 .079 2 LRIS-4 × 12 LLR-25STBDPR08-IN ● 1/2 1/2 1/2 .081 2.05 .689 17.5 .197 5.0 0 0 LRIS-4 × 12 LLR-25STBDPR10-IN ● 5/8 5/8 5/8 .081 2.05 .768 19.5 .197 5.0 0 0 LRIS-4 × 12 LLR-25STBDP 1012 ○ ○ .394 10 .472 12 .394 10 .081 2.05 .571 14.5 .118 3.0 .079 2 LRIS-4 × 12 LLR-25STBDP 12 ○ ○ .472 12 .472 12 .472 12 .081 2.05 .689 17.5 .197 5.0 0 0 LRIS-4 × 12 LLR-25STBDP 16 ○ ○ .630 16 .630 16 .630 16 .081 2.05 .768 19.5 .197 5.0 0 0 LRIS-4 × 12 LLR-25STBDP 20 ○ .787 20 .787 20 .787 20 .081 2.05 .768 19.5 .197 5.0 0 0 LRIS-4 × 12 LLR-25S
.055
(1.4)
13° .012
(0.3)
.087
(2.2)
Item numberEffective cuttingedge length
Dimensions (mm) Grade
θ TM4 QM3(Inch) (㎜) (Inch) (㎜)
TBDP22005R
.138 3.5 80
.002 0.05 ● ●
TBDP2201MR .003 0.08 ● ●
TBDP2202MR .007 0.18 ● ●
BACK DUOSee and feel the finish quality competitors' can't provide !
Back-turning tools occasionally bring problems that the surface facing against the back of the tool (shoulder) is roughened by chips. Our unique chipbreaker can solve the problems and provide exceptional surface finish in a single pass !At the same time, you can reduce the cycle time!
PAT.P
New 3D chipbreaker
.079
.039
.118
.002 .004
BACK DUO
Feed(IPR)
D.O
.C(
inch)
Chip control range
Right hand type shown
■Toolholders
■Inserts
Max depth of cut
Shift amount.081 (2.05)
4.724 (120)
●:Stock ○: 1-2 week delivery M: Mirror finish
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For Swiss-type Lathes
J43
CSV Series - Inserts All CSV series inserts have mirror finish cutting edges
Toolholders for right-hand inserts CSVR.., DS-CSVL..Toolholders for left-hand inserts CSVL..
Note: All angles shown are obtained when insert is set on the holderAll images in this page show right-hand inserts
■CSVB - Back Turning
Item number Chip- breaker
Edge geometry(α×β°) DT4 VM1(Inch) (㎜) (Inch) (㎜) R L R L
CSVB11F V-M No .039 1.00 .006 × 2° 0.15 × 2° ● ● ●CSVB11F VB-M Yes .039 1.00 .006 × 2° 0.15 × 2° ● ● ●
1/4
(6.35)
α
β°45°
0.00.98(2.5)
W±.002"
1/4
(6.35)
CSV Series - Toolholders
■DS-CSVL (Takes right-hand inserts)
■CSV -NC
AA 1°
.7874.724 (120)(20)
.004
(0.1)
AA
.787(20)
4.724 (120)
0.0
1°
φ
■CSV
AA .7875.512 (140)(20)
.004
(0.1)
1°
Right-Hand style shown
CSV -NC (Inch)
Gage Insert Item numberStock Clamp
screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..CSV 06-IN-NC ● ● 3/8 3/8 3/8 0 0 LRIS-2.5 × 7 CLR-15S
CSV 08-IN-NC ● ● 1/2 1/2 1/2 0 0 LRIS-2.5 × 7 CLR-15S
CSV (Metric, ㎜)
Gage Insert Item numberStock Clamp
screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..
CSV 07 ● ● .295 7 .295 7 .295 7 .020 0.5 LRIS-2.5 × 7 CLR-15SCSV 08 ● ● .315 8 .315 8 .315 8 0 0 LRIS-2.5 × 7 CLR-15SCSV 10 ● ● .394 10 .394 10 .394 10 0 0 LRIS-2.5 × 7 CLR-15SCSV 12 ● .472 12 .472 12 .472 12 0 0 LRIS-2.5 × 7 CLR-15S
DS-CSVL (Inch)
Gage Insert Item number Stockφ
Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11FR.. DS-CSVL15 ● 5/8 .591 15 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15S
Mirror finish
M
M
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For Swiss-type Lathes
J44
Back Turning
TBP Series - Inserts
TBP Series - Toolholders■TBP
.008(0.2)
. 028(0.7)
15°
〈FRV-P, PD1〉
Item number HolderType
Chip-breaker
QM3 ZM3 DT4 VM1 PD1(Inch) (㎜) (Inch) (㎜) R L R L R L R L R L
TBP55F 00
TBP ..Y-TBPR..DS-TBPL..
Yes55° 0.0 0 .110 2.8 ● ○ ○
TBP55F 10 55° .004 0.1 .110 2.8 ● ○ ○TBP60F 00
Yes60° 0.0 0 .138 3.5 ● ● ○ ● ●
TBP60F 10M 60° .003 0.08 .138 3.5 ● ● ●TBP60F 10 60° .004 0.1 .138 3.5 ● ● ○ ●TBP60F V
No60° 0.0 0 .189 4.8 ● ○ ○
TBP60F V05 60° .002 0.05 .189 4.8 ○TBP60F V10 60° .004 0.1 .189 4.8 ● ○TBP60F V00-P*
No60° 0.0 0 .157 4.0 ●
TBP60F V10-P* 60° .004 0.1 .157 4.0 ●* 1corner
3°
.591(15)
4.724(120)
.217(5.5)
.138(3.5)
.787(20.0)
.315(8.0)
.098(2.5)
50°
15°.020(0.5)
15°.028(0.7)
.008
(0.2)
.208(5.3)
Lengthof blade
Max. depthof cut
With Chipbreaker Without Chipbreaker
θshows the angle when the holder is set
Right-Hand style shown
Right-Hand style shown
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBP..FR..
TBP 06-IN ● 3/8 3/8 3/8 .079 2 LRIS-4 × 10PW CLR-15STBP 08-IN ● 1/2 1/2 1/2 0 0 LRIS-4 × 12PW CLR-15STBP 10-IN ● 5/8 5/8 5/8 0 0 LRIS-4 × 12PW CLR-15STBP 08 ● ○ .310 8 .390 10 .310 8 .016 4 LRIS-4 × 10PW CLR-15STBP 12 ● ○ .470 12 .470 12 .470 12 0 0 LRIS-4 × 12PW CLR-15STBP 16 ○ ○ .700 16 .700 16 .700 16 0 0 LRIS-4 × 12PW CLR-15S
■TBPMax. Total Depth of Cut .208" (5.3㎜) (Caution: Each pass should not exceed L)
Screw Accessible from both side
〈FRV〉Mirror finish
MMM
●:Stock ○: 1-2 week delivery M: Mirror finish
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For Swiss-type Lathes
J45
■Y-TBPR
■Y-TBPR-OH
■DS-TBP
3°
.138(3.5) 4.724(120)
2°
0.0
.787(20)
Feed direcition
Gang tooling post
Right-Hand style shown
Note: Use right-hand inserts for Y-TBPR and Y-CTPAR holders
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBP..FR..
Y-TBPR06-IN ● 3/8 3/8 .984 25 LRIS-4 × 10PW CLR-15SY-TBPR08-IN ● 1/2 1/2 .984 25 LRIS-4 × 12PW CLR-15SY-TBPR10-IN ● 5/8 5/8 .984 25 LRIS-4 × 12PW CLR-15SY-TBPR12 ○ .472 12 .472 12 .984 25 LRIS-4 × 12PW CLR-15SY-TBPR12SOH ○ .472 12 .472 12 .787 20 LRIS-4 × 12PW CLR-15SY-TBPR16OH ○ .700 16 .700 16 .984 25 LRIS-4 × 12PW CLR-15S
(Inch, Metric)
Gage Insert Item number Stockφ
Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBP..FR..DS-TBPL19 ● 3/4 .709 18 4.724 120 .433 11 LRIS-4 × 10 LLR-25SDS-TBPL20 ○ .787 20 .748 19 4.724 120 .433 11 LRIS-4 × 10 LLR-25SDS-TBPL25 ● 1 .945 24 5.906 150 .512 13 LRIS-4 × 10 LLR-25S
3°
0.0
.138(3.5)
.217(5.5)
.591(15) φ
Left-Hand style shown
Screw accessible from both side
Coolant-through for high-pressure coolantScrew accessible from both side
3°
0.0
2.756 (70)
[ Bac
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For Swiss-type Lathes
J46
Back Turning
TBPA Series - Inserts
TBPA Series - Toolholders■CTPA
Item number HolderType
Chip-breaker
QM3 ZM3 DT4 VM1(Inch) (㎜) (Inch) (㎜) R L R L R L R L
TBPA60F VB
CTPA ..Y-CTPAR..
Yes 60° 0.0 0 .169 4.3 ● ○ ○ ●
TBPA60F 10M Yes 60° .003 0.08 .169 4.3 ●
TBPA60F PB10M Yes 60° .003 0.08 .169 4.3 ● ○
TBPA60F PB10 Yes 60° .004 0.1 .169 4.3 ● ○ ●
TBPA60F PB20M Yes 60° .007 0.18 .169 4.3 ●
A A.984(25.0)
.700(16)
1°
.295(7.5)
.134(3.4)
4.724(120)
.768(19.5)
.028(0.7)
.008
(0.2)
15°
60°
.205(5.2)
Max. depth of cut
With Chipbreaker
Lengthof blade
θshows the angle when the holder is set
Right-Hand style shown
Right-Hand style shown
(Inch, Metric)
Gage Insert Item numberStock /
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBPA..(Back turning)
CTPA..(Cut-off)
CTPA 06-IN ● ● 3/8 3/8 3/8 0 0 LRIS-4 × 10PW CLR-15SCTPA 08-IN ● ● 1/2 1/2 1/2 0 0 LRIS-4 × 12PW CLR-15SCTPA 10-IN ● ● 5/8 5/8 5/8 0 0 LRIS-4 × 12PW CLR-15SCTPA 12 ● ● .470 12 .470 12 .470 12 0 0 LRIS-4 × 12PW CLR-15SCTPA 16 ○ ○ .700 16 .700 16 .700 16 0 0 LRIS-4 × 12PW CLR-15S
TBPA.. Y-CTPA 08L-IN ● 1/2 1/2 1.181 30 ― ― LRIS-4 × 12PW CLR-15S
.014(3.5)
.984(25.0)
.370
(9.40)
45°
■TBPAMax. Total Depth of Cut .208" (5.3㎜) (Caution: Each pass should not exceed L)
Screw accessible from both side
■Y-CTPA
1°
.134(3.4) 4.724 (120)
2°
0.0
.984(25)
Screw accessible from both side
●:Stock ○: 1-2 week delivery M: Mirror finish
M
M
M
M
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For Swiss-type Lathes
J47
TBVC Series■Inserts
Right-Hand style shown
.020(0.5)
35° U
S
Item number HolderType
Grade(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) ZM3 VM1
TBVC11FR05UTBVCR..
1/4 6.35 1/8 3.18 .002 0.05 ●TBVC11FR10U 1/4 6.35 1/8 3.18 .004 0.10 ● ●TBVC11FR10S 1/4 6.35 1/8 3.18 .004 0.10 ●
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBVC11VCGT22..
TBVCR08-F10-IN ● 1/2 1/2 1/2 .394 10 LRIS-2.5 × 7 CLR-15STBVCR12-F10 ● .472 12 .472 12 .472 12 .394 10 LRIS-2.5 × 7 CLR-15STBVCR16-F10 ● .630 16 .630 16 .630 16 .394 10 LRIS-2.5 × 7 CLR-15S
Right-Hand style shown
■ToolholdersMax. Depth of Cut .335" (8.5㎜) Screw-on type, 35° Diamond positive type
Note: VCGT22.. inserts can be used with TBVCR holders
53°
2°
.335"(8.5)
4.724 (120)
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For Swiss-type Lathes
J48
Back Turning
Gage Insert Item number
StockClamp Clamp
screw Spring WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TB43
TB 16N ● ○ .630 16 .630 16 .354 9 .630 16 3.071 78 CPR5S AOS-5×25 ASG-5 LW-2.5
TB 20N ○ ○ .787 20 .787 20 .197 5 .787 20 3.937 100 CPR5S AOS-5×25 ASG-5 LW-2.5
TB 25F* ○ ○ .984 25 .984 25 0 0 .984 25 5.906 150 CPR5 AOS-5×25 ASG-5 LW-2.5
■TB32, TB43 Inserts
■TBT ■TB-N
Item number Holder Type
ZM3 XT3(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L R L
TB3200
TBT ..
0.0 .098 2.5 .020 0.5 3/8 9.525 1/8 3.18 ●TB3205 .002 0.05 .098 2.5 .020 0.5 3/8 9.525 1/8 3.18 ● ○ ●TB3210 .004 0.10 .098 2.5 .020 0.5 3/8 9.525 1/8 3.18 ○TB3215 .006 0.15 .098 2.5 .020 0.5 3/8 9.525 1/8 3.18 ● ○ ● ○TB4300
TBR ..
0.0 .138 3.5 .040 1.0 1/2 12.7 3/16 4.76TB4305 .002 0.05 .138 3.5 .040 1.0 1/2 12.7 3/16 4.76 ● ●TB4315 .006 0.15 .138 3.5 .040 1.0 1/2 12.7 3/16 4.76 ● ● ●TB4340 .016 0.40 .138 3.5 .040 1.0 1/2 12.7 3/16 4.76 ● ● ○
(Inch, Metric)Gage Insert Item number
StockClamp screw Wrench
R L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TB32 TBT 06-IN ● 3/8 3/8 .118 3 3/8 4.724 120 LR-S-4 × 10PW CLR-15STBT 08-IN ● 1/2 1/2 .039 1 1/2 4.724 120 LR-S-4 × 10PW CLR-15S
TB32 TBT 08K ○ ○ .315 8 .315 8 .197 5 .315 8 4.724 120 LR-S-4 × 10PW CLR-15STBT 12K ○ ○ .472 12 .472 12 .039 1 .472 12 4.724 120 LR-S-4 × 10PW CLR-15S
Note: θ shows the angle when the insert is set on the holder
Right-Hand style shown
Screw accessible from both sides
2°
6°
.197(5)
.157 (4)
.591(15)
Max. depthof cut
.984(25)
.394(10)
.354 (9)
2°6°
Max. depthof cut
d s
45°
Length of blade
TB Series
Toolholders for TB32/43 Inserts
●Stock ○1-2 week delivery
* with off-set
[ Bac
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For Swiss-type Lathes
J49
1/8”(3.18)
Length of blade
Max. depth of cut
3/8”(9.525)
Note: Dimensions shown here are when the inserts is in the holder
See page J70 for Y-GTTR and DS-GTTL holders
Right-Hand style shown
Right-Hand style shown
Item number HolderType
ZM3(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R
TBMH32100R05-22GTTR..Y-GTTR..DS-GTTL..
.039 1.0 22° .002 0.05 .070 1.8 .012 0.3 ○TBMH32100R05-45 .039 1.0 45° .002 0.05 .070 1.8 .035 0.9 ○TBMH32150R05-22 .059 1.5 22° .002 0.05 .106 2.7 .020 0.5 ●TBMH32150R05-45 .059 1.5 45° .002 0.05 .102 2.6 .051 1.3 ●
A A
6°
2°
4.724(120)Max depth
.591(15)
0.0
(Inch)
Gage Insert Item Number
Stock Groove width range ( ) , ClampScrew Wrench
R L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TMG32..GTM..32..TBMH32..
GTT 06A-IN ● ● .012~.118 0.30~3.00 3/8 3/8 .079 2 .118 3 LR-S-4×10PW CLR-15SGTT 08A-IN ● ● .012~.118 0.30~3.00 1/2 1/2 .079 2 .039 1 LR-S-4×10PW CLR-15SGTT 10A-IN ● ● .012~.118 0.30~3.00 5/8 5/8 .079 2 0 0 LR-S-4×10PW CLR-15SGTT 12A-IN ● .012~.118 0.30~3.00 3/4 3/4 .079 2 0 0 LR-S-4×10PW CLR-15SGTT 06B-IN ● ● .057~.118 1.45~3.00 3/8 3/8 .118 3 .118 3 LR-S-4×10PW CLR-15SGTT 08B-IN ● ● .057~.118 1.45~3.00 1/2 1/2 .118 3 .039 1 LR-S-4×10PW CLR-15SGTT 10B-IN ● ● .057~.118 1.45~3.00 5/8 5/8 .118 3 0 0 LR-S-4×10PW CLR-15SGTT 12B-IN ● .057~.118 1.45~3.00 3/4 3/4 .118 3 0 0 LR-S-4×10PW CLR-15S
Note: Modification is required to groove deeper than L1
(Metric, mm)
Gage Insert Item Number
Stock Groove width range ( ) , ClampScrew Wrench
R L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TMG32..GTM..32..TBMH32..
GTT 08K00 ● ○ .012~.118 0.30~3.00 .315 8 .315 8 .079 2 .197 5 LR-S-4×10PW CLR-15SGTT 10K00 ○ ○ .012~.118 0.30~3.00 .394 10 .394 10 .079 2 .118 3 LR-S-4×10PW CLR-15SGTT 12K00 ● ○ .012~.118 0.30~3.00 .472 12 .472 12 .079 2 .039 1 LR-S-4×10PW CLR-15SGTT 16K00 ● ○ .012~.118 0.30~3.00 .630 16 .630 16 .079 2 0 0 LR-S-4×10PW CLR-15SGTT 10K15 ○ ○ .057~.118 1.45~3.00 .394 10 .394 10 .118 3 .118 3 LR-S-4×10PW CLR-15SGTT 12K15 ○ ○ .057~.118 1.45~3.00 .472 12 .472 12 .118 3 .039 1 LR-S-4×10PW CLR-15SGTT 16K15 ● ○ .057~.118 1.45~3.00 .630 16 .630 16 .118 3 0 0 LR-S-4×10PW CLR-15SGTT 10K25 ○ ○ .098~.118 2.50~3.00 .394 10 .394 10 .118 3 .118 3 LR-S-4×10PW CLR-15SGTT 12K25 ○ ○ .098~.118 2.50~3.00 .472 12 .472 12 .118 3 .039 1 LR-S-4×10PW CLR-15SGTT 16K25 ○ ○ .098~.118 2.50~3.00 .630 16 .630 16 .118 3 0 0 LR-S-4×10PW CLR-15S
■TBMH32 For Back turning
GTT Toolholders for TBMH Inserts Screw accessible from both side Shank.315"(8㎜)~.630"(16㎜)Without Off-set
TBMH Inserts
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For Swiss-type Lathes
J51
Cut-off / Parting
●Product Lines ………………………J52●Cut-off ………………………………J54
J
For Swiss-type Lathes
[ Cut-off / Pa
rting ]
J52
Cut-off / Parting
CTP CTPA CTPS
➡J56 ➡J56 ➡J61Covered rangeMax. φ.472"
Covered rangeMax. φ.630"
Covered rangeMax. φ.394"
Blade width.020" to .079"
Blade width.028" to .079"
Blade width.047" to .079"
CTP.. CTPA.. CTPS..
NTK Cut-off Tools - Product Lines
NTK offers a variety of cut-off tools as narrow width as .020" (0.5mm)NTK cut-off tools are specialized to small part applications
For CTP, CTPA, and CTPS, SUB style holders are available, which have extra clearance for sub spindle
Sub-chuck
Guide Bushing•All inserts shown on this page are double-ended
•Even if a cutting edge broke, the other edge can be used without any limitations
CTPW
➡J56Covered rangeMax. φ.787"
Blade width .098"CTPW..
φ.787"
(20.0
㎜)
φ.197"
(5.0㎜)
φ.630"
(16 .0
㎜)
CSV CSV-NC
➡J60 ➡J60Covered rangeMax. φ.197"
Covered rangeMax. φ.197"
Blade width.024" to .051"
Blade width.024" to .051"
CSVC.. CSVC..
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J53
Cut-off Insert Edge ConfigurationFor Right Hand Toolholder For Left Hand Toolholder
FR, FRFT*FRV**
FRN, FRS*FRNV** FRK FL, FLV** FLN, FLS* FLK, FLKFT*
FLKV**
* FRFT, FRS, FLKFT and FLS have flat top (No chipbreakers)** FRV, FRNV, FLV and FLKV have flat top with mirror finish
CTV
➡J59Covered range Max. φ1.378"Blade width .098" to .118"
CTV..
φ1.378"
(35.0
㎜)
φ1.339"
(34 .0
㎜)
CTDP型
➡J58Covered range Max. φ1.339"Blade width .079" to .098"
CTDP..
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J54
Cut-off / Parting
■CTP / CTPA ■CTPW
CTP / CTPA / CTPW Inserts (Right-hand)
±.002"
50°
Insert Geometry (Inch)
CTP .787 .315 .098CTPA .984 .370 .138CTPW 1.772 .382 .256
±.002"
FR HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 KM1CTP 05 FR-SH CTPR.. .197 5 .020 0.5 15 .001 0.03 ●CTP 07 FR CTPR.. .315 8 .028 0.7 16 .002 0.05 ●CTP 10 FR CTPR.. .472 12 .039 1.0 16 .002 0.05 ● ● ●CTP 15 FR CTPR.. .472 12 .059 1.5 16 .002 0.05 ● ●CTPX 15 FR CTPR.. .472 12 .059 1.5 16 .002 0.05 ● ○ ●CTP 20 FR CTPR.. .472 12 .079 2.0 16 .002 0.05 ● ●CTPX 20 FR CTPR.. .472 12 .079 2.0 16 .002 0.05 ● ○ ●CTPA 07 FR CTPAR.. .315 8 .028 0.7 16 .002 0.05 ●CTPA 10 FR CTPAR.. .472 12 .039 1.0 16 .002 0.05 ● ● ●CTPA 15 FR CTPAR.. .630 16 .059 1.5 16 .002 0.05 ● ● ● ●CTPAX 15 FR CTPAR.. .630 16 .059 1.5 16 .002 0.05CTPA 20 FR CTPAR.. .630 16 .079 2.0 16 .002 0.05 ● ● ● ●CTPAX 20 FR CTPAR.. .630 16 .079 2.0 16 .002 0.05CTPW 25 FR CTPWR.. .787 20 .098 2.5 17 .002 0.05 ●
±.002"
FRFT, FRV HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 KM1CTP 10 FRV CTPR.. .472 12 .039 1.0 20 .000 0.00 ○ ● ● ○CTP 15 FRV CTPR.. .472 12 .059 1.5 20 .000 0.00 ● ● ○CTP 20 FRV CTPR.. .472 12 .079 2.0 20 .000 0.00 ● ● ○CTPA 10 FRFT CTPAR.. .472 12 .039 1.0 20 .002 0.05 ●CTPA 15 FRFT CTPAR.. .630 16 .059 1.5 20 .002 0.05 ●
=0°
±.002"
FRN-P(PCD tipped)
FRN, FRN-P HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 PD1CTP 05 FRN-SH CTPR.. .197 5 .020 0.5 0 .001 0.03 ●CTP 10 FRN CTPR.. .472 12 .039 1.0 0 .002 0.05 ● ●CTP 15 FRN CTPR.. .472 12 .059 1.5 0 .002 0.05 ● ●CTPX 15 FRN CTPR.. .472 12 .059 1.5 0 .002 0.05 ● ●CTP 20 FRN CTPR.. .472 12 .079 2.0 0 .002 0.05 ● ●CTPX 20 FRN CTPR.. .472 12 .079 2.0 0 .002 0.05 ● ●CTPA 07 FRN CTPAR.. .315 8 .028 0.7 0 .002 0.05 ●CTPA 10 FRN CTPAR.. .472 12 .039 1.0 0 .002 0.05 ● ● ●CTPA 15 FRN CTPAR.. .630 16 .059 1.5 0 .002 0.05 ● ● ● ●CTPAX 15 FRN CTPAR.. .630 16 .059 1.5 0 .002 0.05 CTPA 20 FRN CTPAR.. .630 16 .079 2.0 0 .002 0.05 ● ● ● ●CTPA 20 FRN-P CTPAR.. .630 16 .079 2.0 0 .004 0.10 ●CTPAX 20 FRN CTPAR.. .630 16 .079 2.0 0 .002 0.05 CTPW 25 FRN CTPWR.. .787 20 .098 2.5 0 .002 0.05 ●
=0°
±.002"
FRNV, FRS HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 KM1CTP 15 FRNV CTPR.. .472 12 .059 1.5 0 .000 0.00 ○CTP 20 FRNV CTPR.. .472 12 .079 2.0 0 .000 0.00 ○CTPA 10 FRS CTPAR.. .472 12 .039 1.0 0 .002 0.05 ●CTPA 15 FRS CTPAR.. .630 16 .059 1.5 0 .002 0.05 ●CTPA 20 FRS CTPAR.. .630 16 .079 2.0 0 .002 0.05 ●
Flat top
Flat top
●:Stock ○: 1-2 week delivery □: To be discontinued M: Mirror finish
MMM
MM
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J55
CTP / CTPA / CTPW Inserts (Left-hand)
±.002"
FLK HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 KM1CTP 05 FLK-SH CTPL.. .197 5 .020 0.5 17 .001 0.03 ●CTP 10 FLK CTPL.. .433 11 .039 1.0 16 .002 0.05 ● ● ●CTP 10 FLK-211 CTPL.. .472 12 .039 1.0 16 .002 0.05 ●CTP 15 FLK CTPL.. .433 11 .059 1.5 16 .002 0.05 ● ●CTPX 15 FLK CTPL.. .433 11 .059 1.5 16 .002 0.05 ● ●CTP 20 FLK CTPL.. .433 11 .079 2.0 16 .002 0.05 ● ○CTPX 20 FLK CTPL.. .433 11 .079 2.0 16 .002 0.05 ● ●CTPA 07 FLK CTPAL.. .256 6.5 .028 0.7 16 .002 0.05 ●CTPA 10 FLK CTPAL.. .433 11 .039 1.0 16 .002 0.05 ● ● ●CTPA 15 FLK CTPAL.. .571 14.5 .059 1.5 16 .002 0.05 ● ● ● ●CTPAX 15 FLK CTPAL.. .571 14.5 .059 1.5 16 .002 0.05 CTPA 20 FLK CTPAL.. .571 14.5 .079 2.0 16 .002 0.05 ● ● ● ●CTPAX 20 FLK CTPAL.. .571 14.5 .079 2.0 16 .002 0.05 CTPW 25 FLK CTPWL.. .787 20 .098 2.5 17 .002 0.05 ●
±.002"
FL HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 KM1CTP 07 FL CTPL.. .315 8 .028 0.7 16 .002 0.05 ●CTP 10 FL CTPL.. .472 12 .039 1.0 16 .002 0.05 ●CTP 15 FL CTPL.. .472 12 .059 1.5 16 .002 0.05 ○ ○CTP 20 FL CTPL.. .472 12 .079 2.0 16 .002 0.05 ○ ●CTPA 07 FL CTPAL.. .315 8 .028 0.7 16 .002 0.05 ○CTPA 10 FL CTPAL.. .472 12 .039 1.0 16 .002 0.05 ○ ○CTPA 15 FL CTPAL.. .630 16 .059 1.5 16 .002 0.05 ○ ○ ○CTPA 20 FL CTPAL.. .630 16 .079 2.0 16 .002 0.05 ○ ● ●CTPW 25 FL CTPWL.. .787 20 .098 2.5 17 .002 0.05 ○
±.002"
FRK HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 KM1CTP 10 FRK CTPR.. .433 11 .039 1.0 16 .002 0.05 ● □CTP 15 FRK CTPR.. .433 11 .059 1.5 16 .002 0.05 ●CTP 20 FRK CTPR.. .433 11 .079 2.0 16 .002 0.05 ●
=0°
±.002"
FLN-P(PCD tipped)
FLN HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 PD1CTP 05 FLN-SH CTPL.. .197 5 .020 0.5 0 .001 0.03 ●CTP 10 FLN CTPL.. .472 12 .039 1.0 0 .002 0.05 ● ●CTP 15 FLN CTPL.. .472 12 .059 1.5 0 .002 0.05 ● ●CTPX 15 FLN CTPL.. .472 12 .059 1.5 0 .002 0.05 ● ●CTP 20 FLN CTPL.. .472 12 .079 2.0 0 .002 0.05 ● ●CTPX 20 FLN CTPL.. .472 12 .079 2.0 0 .002 0.05 ● ●CTPA 10 FLN CTPAL.. .472 12 .039 1.0 0 .002 0.05 ● ● ●CTPA 15 FLN CTPAL.. .630 16 .059 1.5 0 .002 0.05 ● ● ○ ●CTPA 20 FLN CTPAL.. .630 16 .079 2.0 0 .002 0.05 ● ● ● ●CTPA 20 FLN-P CTPAL.. .630 16 .079 2.0 0 .004 0.10 ●CTPW 25 FLN CTPWL.. .787 20 .098 2.5 0 .002 0.05 ●
±.002"
FLKFT, FLKV HolderType
Max Cut-off Dia. GradeItem Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 KM1CTP 15 FLKV CTPL.. .433 11 .059 1.5 20 .000 0.00 ○ ● ○CTPA 10 FLKFT CTPAL.. .472 12 .039 1.0 16 .002 0.05 ●CTPA 15 FLKFT CTPAL.. .630 16 .059 1.5 16 .002 0.05 ●
Flat top
M
±.002"
=0°FLNV, FLS Holder
TypeMax Cut-off Dia. Grade
Item Number (Inch) (㎜) (Inch) (㎜) (Deg.) (Inch) (㎜) DT4 ZM3 VM1 QM3 KM1CTP 15 FLNV CTPL.. .472 12 .059 1.5 0 .000 0.00 ○CTP 20 FLNV CTPL.. .472 12 .079 2.0 0 .000 0.00 ○CTPA 10 FLS CTPAL.. .472 12 .039 1.0 0 .002 0.05 ●CTPA 15 FLS CTPAL.. .630 16 .059 1.5 0 .002 0.05 ●CTPA 20 FLS CTPAL.. .630 16 .079 2.0 0 .002 0.05 ○ ●CTPW 25 FLNV CTPWL.. .787 20 .098 2.5 0 .000 0.00 ●
Flat top
MM
M
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J56
Cut-off / Parting
■CTP / CTPA
■CTPW
CTP / CTPA / CTPW Toolholders
b
AA22
φD
1°
Right-Hand style shown
Right-Hand style shown
(Inch)
Gage Insert φ maxfor holder Item number
StockClamp screw Wrench
R L
CTPFR../FL..
.472 CTP 06-IN ● ● 3/8 3/8 .079 3/8 .217 .591 4.724 LRIS-4 × 10PW CLR-15S
.472 CTP 08-IN ● ● 1/2 1/2 0 1/2 .217 .591 4.724 LRIS-4 × 12PW CLR-15S
.472 CTP 10-IN ● ● 5/8 5/8 0 5/8 .217 .591 4.724 LRIS-4 × 12PW CLR-15S
CTPAFR../FL..
.630 CTPA 06-IN ● ● 3/8 3/8 .079 3/8 .295 .768 4.724 LRIS-4 × 10PW CLR-15S
.630 CTPA 08-IN ● ● 1/2 1/2 0 1/2 .295 .768 4.724 LRIS-4 × 12PW CLR-15S
.630 CTPA 10-IN ● ● 5/8 5/8 0 5/8 .295 .768 4.724 LRIS-4 × 12PW CLR-15S
CTPWFR../FL..
.787 CTPW 08-IN ● ● 1/2 .498 ― .630 .591 ― 4.724 LRIS-4 × 10 LLR-25S
.787 CTPW 10-IN ● ● 5/8 .623 ― .630 .591 ― 4.724 LRIS-4 × 10 LLR-25S
(Metric, ㎜ )
Gage Insert φ maxfor holder Item number
StockClamp screw Wrench
R L
CTPFR../FL..
12 CTP 08 ● ● 8 8 4 10 5.5 15 120 LRIS-4 × 10PW CLR-15S12 CTP 10 ○ ○ 10 10 2 10 5.5 15 120 LRIS-4 × 10PW CLR-15S12 CTP 12 ○ ○ 12 12 0 12 5.5 15 120 LRIS-4 × 12PW CLR-15S12 CTP 16 ○ ○ 16 16 0 16 5.5 15 120 LRIS-4 × 12PW CLR-15S
CTPAFR../FL..
16 CTPA 10 ○ ○ 10 10 2 10 7.5 19.5 120 LRIS-4 × 10PW CLR-15S16 CTPA 12 ● ● 12 12 0 12 7.5 19.5 120 LRIS-4 × 12PW CLR-15S16 CTPA 16 ○ ○ 16 16 0 16 7.5 19.5 120 LRIS-4 × 12PW CLR-15S16 CTPA 20F ○ ○ 20 20 0 20 7.5 19.5 80 LRIS-4 × 10 LLR-25S
CTPWFR../FL..
20 CTPWR10 ○ 10 9.95 ― 12 15 ― 120 LRIS-4 × 10 LLR-25S20 CTPWL10A ○ 10 9.95 ― 16 15 ― 120 LRIS-4 × 10 LLR-25S20 CTPWR12 ○ 12 11.95 ― 12 15 ― 120 LRIS-4 × 10 LLR-25S20 CTPWL12A ○ 12 11.95 ― 16 15 ― 120 LRIS-4 × 10 LLR-25S20 CTPW 16 ○ ○ 16 15.95 ― 16 15 ― 120 LRIS-4 × 10 LLR-25S20 CTPW 20 ○ ○ 20 19.95 ― 20 15 ― 120 LRIS-4 × 10 LLR-25S
●:Stock ○: 1-2 week delivery
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J57
AA
5.51°
φD
■CTPR-SUB / CTPAR-SUB
■CTPL-SUB / CTPAL-SUB
CTPR-SUB / CTPAR-SUB
CTPL-SUB / CTPAL-SUB
φD
1°
2°
.217 (55) 30°
φφ
Sub-chuckGuide bushing
φφ
Sub-chuckGuide bushing
φDsCTPR-SUB:φ1.18"CTPAR-SUB:φ1.42"
φDsCTPL-SUB:φ1.18"CTPAL-SUB:φ1.42"
(Inch)
Gage Insert φ maxfor holder Item number Stock Clamp screw Wrench
CTPFR..
.472 CTPR06-IN-SUB ● 3/8 3/8 .079 3/8 .217 .591 4.724 .630 45 .217 LRIS-4 × 5 LLR-25S
.472 CTPR08-IN-SUB ● 1/2 1/2 0 1/2 .217 .591 4.724 .630 45 .217 LRIS-4 × 5 LLR-25S
.472 CTPR10-IN-SUB ● 5/8 5/8 0 5/8 .217 .591 4.724 .630 45 .217 LRIS-4 × 5 LLR-25S
CTPAFR..
.630 CTPAR06-IN-SUB ● 3/8 3/8 .079 3/8 .295 .768 4.724 .787 25 .217 LRIS-4 × 5 LLR-25S
.630 CTPAR08-IN-SUB ● 1/2 1/2 0 1/2 .295 .768 4.724 .787 25 .217 LRIS-4 × 5 LLR-25S
.630 CTPAR10-IN-SUB ● 5/8 5/8 0 5/8 .295 .768 4.724 .787 25 .217 LRIS-4 × 5 LLR-25S*Also available in 8㎜ (CTP-SUB only),10㎜ and 12㎜ shanks. Please contact NTK for detail.
(Inch, Metric)
Gage Insert φ maxfor holder Item number Stock Clamp
screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CTPFL..
.472(12) CTPL08-SUB ○ .315 8 .315 8 .157 4 .394 10 .217 5.5 .591 15 4.724 120 .630 16 LRIS-4×5 LLR-25S
.472(12) CTPL10GX-SUB ○ .394 10 .394 10 .079 2 .394 10 .217 5.5 .591 15 3.346 85 .630 16 LRIS-4×5 LLR-25S
.472(12) CTPL12GX-SUB ○ .472 12 .472 12 0 0 .472 12 .217 5.5 .591 15 3.346 85 .630 16 LRIS-4×5 LLR-25S
CTPAFL..
.630(16) CTPAL06-IN-SUB ● 3/8 3/8 .079 2 3/8 .295 7.5 .768 19.5 4.724 120 .787 20 LRIS-4×5 LLR-25S
.630(16) CTPAL08-IN-SUB ● 1/2 1/2 0 0 1/2 .295 7.5 .768 19.5 4.724 120 .787 20 LRIS-4×5 LLR-25S
.630(16) CTPAL10-IN-SUB ● 5/8 5/8 0 0 5/8 .295 7.5 .768 19.5 4.724 120 .787 20 LRIS-4×5 LLR-25S*Metric size is available for CTPAL-SUB upon request. Please contact NTK for detail.
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J58
Cut-off / Parting
CTDP Series - Inserts
CTDP Series - Toolholders
(Inch, Metric)
Item numberGrade
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) DM4 TM4 QM3CTDP20N .079 2.0 .752 19.1 0° .002 0.05 ● ○ ●CTDP20N02 .079 2.0 .752 19.1 0° .008 0.20 ● ○ ●CTDP20R6 .079 2.0 .752 19.1 6° .002 0.05 ● ○ ●CTDP20R15 .079 2.0 .752 19.1 15° .002 0.05 ● ○ ●CTDP25N .098 2.5 .835 21.2 0° .002 0.05 ● ○ ●CTDP25N02 .098 2.5 .835 21.2 0° .008 0.20 ● ○ ●CTDP25R6 .098 2.5 .835 21.2 6° .002 0.05 ● ○ ●CTDP25R15 .098 2.5 .835 21.2 15° .002 0.05 ● ○ ●
(Inch, Metric)Gage Insert Item number
Stock φ maxfor holder Clamp screw Wrench
R L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CTDP20
CTDP 06-IN-20D20 ● ● .787(20.0) 3/8 .079 2.0 .394 10 3/8 .400 10.150 .748 19.0 .019 0.5 LRIS-4 × 12 LLR-25SCTDP 08-IN-20D25 ● ● .984(25.0) 1/2 .079 2.0 1/2 1/2 .506 12.850 .866 22.0 0 0 LRIS-4 × 12 LLR-25SCTDP 10-IN-20D32 ● ● 1.260(32.0) 5/8 .079 2.0 5/8 5/8 .631 16.025 1.083 27.5 0 0 LRIS-5 × 10 LLR-28SCTDP 12-IN-20D32 ● ● 1.260(32.0) 3/4 .079 2.0 3/4 3/4 .756 19.200 1.083 27.5 0 0 LRIS-5 × 10 LLR-28S
CTDP20
CTDP 10-20D20 ○ ○.787(20.0)
.394 10 .079 2.0 .394 10 .394 10 .400 10.15 .748 19.0 .079 2 LRIS-4 × 12 LLR-25SCTDP 12-20D20 ○ ○ .472 12 .079 2.0 .472 12 .472 12 .478 12.15 .748 19.0 0 0 LRIS-4 × 12 LLR-25SCTDP 12-20D25 ○ ○
1.000(25.4).472 12 .079 2.0 .472 12 .472 12 .478 12.15 .866 22.0 0 0 LRIS-4 × 12 LLR-25S
CTDP 16-20D25 ○ ○ .630 16 .079 2.0 .630 16 .630 16 .636 16.15 .866 22.0 0 0 LRIS-4 × 12 LLR-25SCTDP 16-20D32A ○ ○
1.260(32.0).630 16 .079 2.0 .630 16 .630 16 .636 16.15 1.083 27.5 0 0 LRIS-5 × 10 LLR-28S
CTDP 2012-20D32A ○ ○ .787 20 .079 2.0 .472 12 .787 20 .478 12.15 1.116 29.5 0 0 LRIS-5 × 10 LLR-28SCTDP 20-20D32A ○ ○ .787 20 .079 2.0 .787 20 .787 20 .793 20.15 1.116 29.5 0 0 LRIS-5 × 10 LLR-28S
CTDP25CTDP 16-25D34A ○ ○
1.339(34.0).630 16 .098 2.5 .630 16 .630 16 .636 16.15 1.083 27.5 0 0 LRIS-5 × 10 LLR-28S
CTDP 2012-25D34A ○ ○ .787 20 .098 2.5 .472 12 .787 20 .478 12.15 1.116 29.5 0 0 LRIS-5 × 10 LLR-28SCTDP 20-25D34A ○ ○ .787 20 .098 2.5 .787 20 .787 20 .793 20.15 1.116 29.5 0 0 LRIS-5 × 10 LLR-28S
.059 (X-.118)
4.729 (120)
Dm
●:Stock ○: 1-2 week delivery
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J59
CTV Series - Inserts
CTV Series - Toolholders
InsertGrade
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) ZM3 QM3CTV25N .098 2.50 .472 12 0° .008 0.20 ○CTV30N .118 3.00 .472 12 0° .008 0.20 ○ ○CTV25R .098 2.50 .472 12 8° .008 0.20 ○CTV30R .118 3.00 .472 12 8° .008 0.20 ○CTV30L .118 3.00 .472 12 8° .008 0.20 ○CTV25R00A .098 2.50 .472 12 8° .002 MAX. 0.05 max. ●CTV30R00A .118 3.00 .472 12 8° .002 MAX. 0.05 max. ○CTV25R00B .098 2.50 .472 12 17° .002 MAX. 0.05 max. ○CTV30R00B .118 3.00 .472 12 17° .002 MAX. 0.05 max. ○
Clamp on typeMax.cut-off diameterφ.906(23) ~φ1.378(35)
.252(639)
12°
90° ±.002"
θ θ
.020(0.5)
φD
6°
Max. cut-off diameter
Right-Hand style shown
CTV..N CTV..R CTV..L
(Inch, Metric)
Gage Insert Max.cut-off diameterφ Item number
Stock Clampscrew Wrench
R L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)CTV25.. .900(22.9) CTV 08B ● □ 1/2 .098 2.5 4.5 114 .945 24 .480 12.2 1/2 1/2 .520 13.2 BS0620 LW-4CTV25..
.906(23)
CTV 16K25S ● .630 16 .098 2.5 4.921 125 .945 24 .480 12.2 .630 16 .630 16 .650 16.5 BS0620 LW-4CTV30.. CTV 16K30S ● .630 16 .118 3.0 4.921 125 .945 24 .480 12.2 .630 16 .630 16 .650 16.5 BS0620 LW-4CTV25.. CTV 20K25S ○ .787 20 .098 2.5 4.921 125 .945 24 .480 12.2 .787 20 .787 20 .807 20.5 BS0620 LW-4CTV30.. CTV 20K30S ○ .787 20 .118 3.0 4.921 125 .945 24 .480 12.2 .787 20 .787 20 .807 20.5 BS0620 LW-4CTV25..
1.378(35)
CTV 16K25 ● ● .630 16 .098 2.5 4.921 125 1.260 32 .728 18.5 .630 16 .630 16 .650 16.5 BS0620 LW-4CTV30.. CTV 16K30 ● ○ .630 16 .118 3.0 4.921 125 1.260 32 .728 18.5 .630 16 .630 16 .650 16.5 BS0620 LW-4CTV25.. CTV 20K25 ● ● .787 20 .098 2.5 4.921 125 1.260 32 .728 18.5 .787 20 .787 20 .807 20.5 BS0620 LW-4CTV30.. CTV 20K30 ○ ○ .787 20 .118 3.0 4.921 125 1.260 32 .728 18.5 .787 20 .787 20 .807 20.5 BS0620 LW-4
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J60
Cut-off / Parting
CSV Series - Inserts All CSV series inserts have polished cutting edges
Toolholders for right-hand inserts CSVR.., DS-CSVL..Toolholders for left-hand inserts CSVL..
Note: All angles shown are obtained when insert is set on the holder All images in this page show right-hand inserts
Item number Chip-breaker
Max. Cut-off Dia. Width VM1(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L
CSVC11F V06 No .118 3 .024 0.6 .079 2.0 0.0 ○CSVC11F V07 No .157 4 .028 0.7 .098 2.5 0.0 ● ●CSVC11F V08 No .157 4 .031 0.8 .098 2.5 0.0 ○ ○CSVC11F V10 No .197 5 .039 1.0 .118 3.0 0.0 ● ●CSVC11F V13 No .197 5 .051 1.3 .118 3.0 0.0 ○ ○CSVC11F VB06 Yes .118 3 .024 0.6 .079 2.0 0.0 ○CSVC11F VB07 Yes .157 4 .028 0.7 .098 2.5 0.0 ●CSVC11F VB08 Yes .157 4 .031 0.8 .098 2.5 0.0 ○CSVC11F VB10 Yes .197 5 .039 1.0 .118 3.0 0.0 ●CSVC11F VB13 Yes .197 5 .051 1.3 .118 3.0 0.0 ○
25°
W±.002"
1/4"
(6.35)
1/4"
(6.35)
CSV Series - Toolholders
■CSVC - Cut-off
■DS-CSVL (Takes right-hand inserts)
■CSV -NC
AA 1°
.7874.724 (120)(20)
.004
(0.1)
AA
.787(20)
4.724 (120)
0.0
1°
φ
■CSV
AA .7875.512 (140)(20)
.004
(0.1)
1°
Right-Hand style shown
CSV -NC (Inch)
Gage Insert Item numberStock Clamp
screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..CSV 06-IN-NC ● ● 3/8 3/8 3/8 0 0 LRIS-2.5 × 7 CLR-15S
CSV 08-IN-NC ● ● 1/2 1/2 1/2 0 0 LRIS-2.5 × 7 CLR-15S
CSV (Metric, ㎜)
Gage Insert Item numberStock Clamp
screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..
CSV 07 ● ● .295 7.5 .295 7.5 .295 7.5 .020 0.5 LRIS-2.5 × 7 CLR-15SCSV 08 ● ● .315 8 .315 8 .315 8 0 0 LRIS-2.5 × 7 CLR-15SCSV 10 ● ● .394 10 .394 10 .394 10 0 0 LRIS-2.5 × 7 CLR-15SCSV 12 ● .472 12 .472 12 .472 12 0 0 LRIS-2.5 × 7 CLR-15S
(Inch)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11FR.. DS-CSVL15 ● 5/8 .591 15 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15S
Mirror finish
●:Stock ○: 1-2 week delivery M: Mirror finish
M
M
M
M
M
M
M
M
M
M
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J61
■CTPSR
■CTPS
CTPS Series - Inserts
CTPS Series - Toolholders
Max. Cut-off Dia.Item number
Grade(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) ZM3 VM1.157 4.0 CTPS12FR .047 1.2 .138 3.5 16° .002 0.05 ● ○.197 5.0 CTPS15FR .059 1.5 .157 4.0 16° .002 0.05 ● ○.335 8.5 CTPS18FR .071 1.8 .217 5.5 16° .002 0.05 ● ○.394 10.0 CTPS20FR .079 2.0 .236 6.0 16° .002 0.05 ● ○.157 4.0 CTPS12FRV .047 1.2 .138 3.5 20° 0 0 ● ○.197 5.0 CTPS15FRV .059 1.5 .157 4.0 20° 0 0 ○ ○.335 8.5 CTPS18FRV .071 1.8 .217 5.5 20° 0 0 ○ ○.394 10.0 CTPS20FRV .079 2.0 .236 6.0 20° 0 0 ○ ○
〈With Chipbreaker〉 〈Flat-top, No Chipbreaker〉
CTPS..FR CTPS..FRV
Note: θ shows the angle when insert is set on the holder
Screw-on type, Maximum diameter : .394" (10㎜)
±.002"
θ
.787(20)
.098
(2.5)
.236
(6.0)
45°
±.002"
θ
.787(20)
45°
.098(2.5)
.236
(6.0)
AA
1°
4.724(120)197
(5.0)
0.0
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CTPS.. CTPSR06-IN ● 3/8 3/8 3/8 LRIS-2.5 × 7 CLR-15SCTPS.. CTPSR08-IN ● 1/2 1/2 1/2 LRIS-2.5 × 7 CLR-15SCTPS.. CTPSR10 ○ .394 10 .394 10 .394 10 LRIS-2.5 × 7 CLR-15SCTPS.. CTPSR12 ○ .472 12 .472 12 .472 12 LRIS-2.5 × 7 CLR-15S
Mirror finish
M
M
M
M
[ Cut-off / Pa
rting ]
For Swiss-type Lathes
J63
Grooving
●Product Lines ………………………J64●Grooving ……………………………J66
J
For Swiss-type Lathes
[ G
roov
ing ]
J64
Grooving
NTK Grooving Tools - Product Lines
GTT DS-GTTL
➡J69 ➡J70Blade width .012" to .118" Blade width .012" to .118"Depth of cut .012" to .106" Depth of cut .012" to .106"Y-axis holders available ➡J70
GTM.., TMG.. GTM32..R, TMG32..R
GTVW GTPA CSV
➡J71 ➡J72 ➡J73Blade width .118" to .236" Blade width .079" to .098" Blade width .010" to .059"Depth of cut .244" to .315" Depth of cut .197" to .236" Depth of cut .006" to .102"
Y-axis holders available ➡J72GVW.. GTPA.. CSVG..
■OD Grooving
[ G
roov
ing ]
For Swiss-type Lathes
J65
SFG
➡J100Blade width .039" to .118"Depth of cut .059" to .118"Min. Bore Dia. φ.236"
BG (Steel Shank)
➡J111Blade width .020" to .079"Depth of cut .047" to .126"Min. Bore Dia. φ.394"
■ID Grooving
■Face Grooving
FGV
➡J77Blade width .039" to .079"Depth of cut .059" to .118"
FGV..DS-FGV
➡J77Blade width .039" to .079"Depth of cut .059" to .157"
FGV.., FBV..
CH-FGV
➡J77Blade width .039" to .079"Depth of cut .059" to .157"
FGV.., FBV..
SBG
➡J100Blade width .020" to .079"Depth of cut .031" to .087"Min. Bore Dia. φ.118"
[ G
roov
ing ]
For Swiss-type Lathes
J66
Grooving
Inserts for GTT Holders■GTMX32-T
Item numberWidth W Max. depth of cut QM3 DT4
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L R LGTMX 32030 T .012 0.30 .010 0.25 .024 0.6 .002 0.05 ● ○GTMX 32033 T .013 0.33 .010 0.25 .024 0.6 .002 0.05 ● ■GTMX 32043 T .017 0.43 .035 0.9 .047 1.2 .002 0.05 ● ○GTMX 32050 T .020 0.50 .035 0.9 .047 1.2 .002 0.05 ● ■ ○GTMX 32053 T .021 0.53 .035 0.9 .047 1.2 .002 0.05 ●GTMX 32065 T .026 0.65 .035 0.9 .047 1.2 .002 0.05 ● ○GTMX 32075 T .030 0.75 .063 1.6 .079 2.0 .002 0.05 ● ● ○ ○GTMX 32080 T .031 0.80 .063 1.6 .079 2.0 .002 0.05 ● ● ○GTMX 32095 T .037 0.95 .063 1.6 .079 2.0 .002 0.05 ○ ○ ○ ○GTMX 32100 T .039 1.00 .063 1.6 .079 2.0 .002 0.05 ● ○GTMX 32100 T01 .039 1.00 .063 1.6 .079 2.0 .004 0.1 ● ○GTMX 32110 T .043 1.10 .063 1.6 .079 2.0 .002 0.05 ○GTMX 32120 T .047 1.20 .063 1.6 .079 2.0 .002 0.05 ● ○GTMX 32120 T01 .047 1.20 .063 1.6 .079 2.0 .004 0.1 ● ○GTMX 32125 T .049 1.25 .063 1.6 .079 2.0 .002 0.05 ● ● ○GTMX 32130 T .051 1.30 .063 1.6 .079 2.0 .002 0.05 ○ ○GTMX 32140 T .055 1.40 .063 1.6 .079 2.0 .002 0.05 ○ ○GTMX 32145 T .057 1.45 .106 2.7 .118 3.0 .002 0.05 ○GTMX 32150 T .059 1.50 .106 2.7 .118 3.0 .002 0.05 ● ● ○ ○GTMX 32150 T01 .059 1.50 .106 2.7 .118 3.0 .004 0.1 ● ● ○GTMX 32150 T02 .059 1.50 .106 2.7 .118 3.0 .008 0.2 ● ○GTMX 32160 T .063 1.60 .106 2.7 .118 3.0 .002 0.05 ● ○GTMX 32175 T .069 1.75 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMX 32180 T .071 1.80 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMX 32200 T .079 2.00 .106 2.7 .118 3.0 .002 0.05 ● ● ○ ○GTMX 32200 T01 .079 2.00 .106 2.7 .118 3.0 .004 0.1 ○ ○ ○ ○GTMX 32200 T02 .079 2.00 .106 2.7 .118 3.0 .008 0.2 ● ○GTMX 32250 T .098 2.50 .106 2.7 .118 3.0 .002 0.05 ● ○ ○ ○GTMX 32250 T01 .098 2.50 .106 2.7 .118 3.0 .004 0.1 ○ ○GTMX 32250 T02 .098 2.50 .106 2.7 .118 3.0 .008 0.2 ○ ○GTMX 32300 T .118 3.00 .106 2.7 .118 3.0 .002 0.05 ● ■ ○GTMX 32300 T01 .118 3.00 .106 2.7 .118 3.0 .004 0.1 □GTMX 32300 T02 .118 3.00 .106 2.7 .118 3.0 .008 0.2 ● ○
Width tolerance w±.001" Side Turning Capable
Toolholders for right-hand inserts GTTR, DS-GTTL, Y-GTTRToolholders for left-hand inserts GTTL
Right-Hand style shown
14°
3/8" 1/8"
14° ±.001"
●:Stock ○: 1-2 week delivery M: Mirror finish
[ G
roov
ing ]
For Swiss-type Lathes
J67
■GTMH32-EWidth tolerance w±.001"
Right-Hand style shown
Item numberWidth W Max depth of cut Grade
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) QM3 ZM3GTMH 32050 RE025 .020 0.50 .035 0.9 .047 1.2 .010 0.25 ● ●GTMH 32070 RE035 .028 0.70 .063 1.6 .079 2.0 .014 0.35 ●GTMH 32100 RE05 .039 1.00 .063 1.6 .079 2.0 .020 0.50 ● ●GTMH 32150 RE075 .059 1.50 .106 2.7 .118 3.0 .030 0.75 ●GTMH 32200 RE10 .079 2.00 .106 2.7 .118 3.0 .039 1.00 ● ○GTMH 32300 RE15 .118 3.00 .106 2.7 .118 3.0 .059 1.50 ● ○
Item numberWidth W Max depth of cut Grade
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) VM1GTMH 32033 RVT .013 0.33 .010 0.25 .024 0.6 0 0 ●GTMH 32043 RVT .017 0.43 .035 0.9 .047 1.2 0 0 ●GTMH 32053 RVT .021 0.53 .063 1.6 .079 2.0 0 0 ●GTMH 32065 RVT .026 0.65 .063 1.6 .079 2.0 0 0 ●GTMH 32075 RVT .030 0.75 .063 1.6 .079 2.0 0 0 ●GTMH 32080 RVT .031 0.80 .063 1.6 .079 2.0 0 0 ●GTMH 32085 RVT .033 0.85 .063 1.6 .079 2.0 0 0 ●GTMH 32100 RVT .039 1.00 .063 1.6 .079 2.0 0 0 ●GTMH 32150 RVT .059 1.50 .106 2.7 .118 3.0 0 0 ●GTMH 32200 RVT .079 2.00 .106 2.7 .118 3.0 0 0 ●
Full Radius Groover
① To perform side turning with an insert whose groove width is greater than 0.43㎜ (.017"), set side turning feed rate to 0.03㎜/rev (.001in/rev) or smaller.
② On performing side turning with an insert whose groove width is greater than 0.43㎜ (.017") at the feed rate over 0.03㎜/rev (.001in/rev) (0.1㎜/rev (.004in/rev) max), it is likely that chip damages grooved sides. In this case, please perform grooving by two or more passes to make room for chips before performing side turning.
■Tips for Cutting Condition Selection (GTMH32-(V)T style inserts)
20°
■GTMH32-VTWidth tolerance w±.001"
Right-Hand style shown
Side Turning Capable
3/8" 1/8"
14°±.001"
14°
3/8" 1/8"
±.001"
Mirror finish
M
M
M
M
M
M
M
M
M
M
[ G
roov
ing ]
For Swiss-type Lathes
J68
Grooving■TMG32-E/GTMH32-U ■GTMH32-E
TMG32-E (Inch)Width W Max depth of cut
ZM3Item number R L
TMG 32031 E01 .031 .063 .079 .004 ● ●TMG 32039 E01 .039 .063 .079 .004 ● ●TMG 32049 E01 .049 .063 .079 .004 ● ●TMG 32062 E02 .062 .106 .118 .008 ● □TMG 32079 E02 .079 .106 .118 .008 ● □TMG 32094 E02 .094 .106 .118 .008 ●TMG 32125 E02 .125 .106 .118 .008 ● □
GTMH32-E Width W Max depth of cut ZM3Item number (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L
GTMH 32033 E .013 0.33 .012 0.3 .024 0.6 .001 0.03 ○ ○GTMH 32043 E .017 0.43 .035 0.9 .047 1.2 .001 0.03 ● ○GTMH 32053 E .021 0.53 .035 0.9 .047 1.2 .002 0.05 ○ ○GTMH 32075 E .030 0.75 .063 1.6 .079 2.0 .002 0.05 ○ ○GTMH 32095 E .037 0.95 .063 1.6 .079 2.0 .002 0.05 ○ ○GTMH 32100 E .039 1.00 .063 1.6 .079 2.0 .002 0.05 ○ ○GTMH 32100 E01 .039 1.00 .063 1.6 .079 2.0 .004 0.1 ○ ○GTMH 32120 E .047 1.20 .063 1.6 .079 2.0 .002 0.05 ● ○GTMH 32120 E01 .047 1.20 .063 1.6 .079 2.0 .004 0.1 ○ ○GTMH 32140 E .055 1.40 .063 1.6 .079 2.0 .002 0.05 ○ ○GTMH 32150 E .059 1.50 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32150 E01 .059 1.50 .106 2.7 .118 3.0 .004 0.1 ○ ○GTMH 32180 E .071 1.80 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32200 E .079 2.00 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32200 E01 .079 2.00 .106 2.7 .118 3.0 .004 0.1 ○ ○GTMH 32225 E .089 2.25 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32250 E .098 2.50 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32275 E .108 2.75 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32300 E .118 3.00 .106 2.7 .118 3.0 .002 0.05 ○ ○
GTMH32-U Width W Max depth of cut ZM3Item number (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L
GTMH 32030 U .012 0.30 .012 0.3 .024 0.6 .001 0.03 ○ ○GTMH 32050 U .020 0.50 .035 0.9 .047 1.2 .002 0.05 ● ○GTMH 32075 U .030 0.75 .063 1.6 .079 2.0 .002 0.05 ● ○GTMH 32095 U .037 0.95 .063 1.6 .079 2.0 .002 0.05 ○ ○GTMH 32100 U .039 1.00 .063 1.6 .079 2.0 .002 0.05 ● ○GTMH 32103 U .041 1.03 .063 1.6 .079 2.0 .002 0.05 ○GTMH 32125 U .049 1.25 .063 1.6 .079 2.0 .002 0.05 ○ ○GTMH 32145 U .057 1.45 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32150 U .059 1.50 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32175 U .069 1.75 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32200 U .079 2.00 .106 2.7 .118 3.0 .002 0.05 ○ ○GTMH 32250 U .098 2.50 .106 2.7 .118 3.0 .002 0.05 ○ ○
3/8" 1/8"
20°+.002"- 0
14°3/8" 1/8"
±.001"20°
Width tolerance w+.002" -0 Width tolerance w±.001"
●:Stock ○: 1-2 week delivery □ To be discontinued
[ G
roov
ing ]
For Swiss-type Lathes
J69
GTT Toolholders Screw accessible from both side Shank.315(8㎜)~.630(16㎜)Without offset
A A
6°
0.0
4.724(120)
591(15)
2°
Max groove depth
Right-Hand style shown
(Inch)
Gage Insert Item numberStock Groove width range
(W) Clamp screw Wrench
R L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TMG32..GTM..32..
GTT 06A-IN ● ● .012 ~ .118 0.30 ~ 3.00 .079 2 3/8 3/8 .118 3 LR-S-4 × 10PW CLR-15SGTT 08A-IN ● ● .012 ~ .118 0.30 ~ 3.00 .079 2 1/2 1/2 .039 1 LR-S-4 × 10PW CLR-15SGTT 10A-IN ● ● .012 ~ .118 0.30 ~ 3.00 .079 2 5/8 5/8 0 0 LR-S-4 × 10PW CLR-15SGTT 12A-IN ● .012 ~ .118 0.30 ~ 3.00 .079 2 3/4 3/4 0 0 LR-S-4 × 10PW CLR-15SGTT 06B-IN ● ● .057 ~ .118 1.45 ~ 3.00 .118 3 3/8 3/8 .118 3 LR-S-4 × 10PW CLR-15SGTT 08B-IN ● ● .057 ~ .118 1.45 ~ 3.00 .118 3 1/2 1/2 .039 1 LR-S-4 × 10PW CLR-15SGTT 10B-IN ● ● .057 ~ .118 1.45 ~ 3.00 .118 3 5/8 5/8 0 0 LR-S-4 × 10PW CLR-15SGTT 12B-IN ● .057 ~ .118 1.45 ~ 3.00 .118 3 3/4 3/4 0 0 LR-S-4 × 10PW CLR-15S
(Metric, ㎜)
Gage Insert Item numberStock Groove width range
(W) Clamp screw Wrench
R L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TMG32..GTM..32..
GTT 08K00 ● ○ .012 ~ .118 0.30 ~ 3.00 .079 2 .315 8 .315 8 .197 5 LR-S-4 × 10PW CLR-15SGTT 10K00 ○ ○ .012 ~ .118 0.30 ~ 3.00 .079 2 .394 10 .394 10 .118 3 LR-S-4 × 10PW CLR-15SGTT 12K00 ● ○ .012 ~ .118 0.30 ~ 3.00 .079 2 .472 12 .472 12 .039 1 LR-S-4 × 10PW CLR-15SGTT 16K00 ● ○ .012 ~ .118 0.30 ~ 3.00 .079 2 .630 16 .630 16 0 0 LR-S-4 × 10PW CLR-15SGTT 10K15 ○ ○ .057 ~ .118 1.45 ~ 3.00 .118 3 .394 10 .394 10 .118 3 LR-S-4 × 10PW CLR-15SGTT 12K15 ○ ○ .057 ~ .118 1.45 ~ 3.00 .118 3 .472 12 .472 12 .039 1 LR-S-4 × 10PW CLR-15SGTT 16K15 ● ○ .057 ~ .118 1.45 ~ 3.00 .118 3 .630 16 .630 16 0 0 LR-S-4 × 10PW CLR-15SGTT 10K25 ○ ○ .098 ~ .118 2.50 ~ 3.00 .118 3 .394 10 .394 10 .118 3 LR-S-4 × 10PW CLR-15SGTT 12K25 ○ ○ .098 ~ .118 2.50 ~ 3.00 .118 3 .472 12 .472 12 .039 1 LR-S-4 × 10PW CLR-15SGTT 16K25 ○ ○ .098 ~ .118 2.50 ~ 3.00 .118 3 .630 16 .630 16 0 0 LR-S-4 × 10PW CLR-15S
Note: Modification is required to groove deeper than ar[ G
roov
ing ]
For Swiss-type Lathes
J70
Grooving■DS-GTTL
■Y-GTTR ■Y-GTTR-OH
Max. depth of cut: .079" (2.0㎜)
Note: DS-GTTL holders take right-hand inserts
Max. depth of cut: .079" (2.0㎜) Coolant through for high-pressure coolant
A A
2°
2°
φ0.0
.079
(2.0) .787
(20)Max. grooving depth
A
B B
A
2°
2°
6°
0.0
0.0
.079
(2.0)
.787
(20)
4.724(120)
Max. grooving depth
B
A A
B
2°
2.756 (70)
2°
0.0
Right-Hand style shown Right-Hand style shown
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TMG32..R..GTM..32..R..
DS-GTTL16X ○ .630 16 .591 15 3.740 95 .236 6 LR-S-4 × 5.8 RLR-20S
DS-GTTL19 ● 3/4 .709 18 4.724 120 .236 6 LR-S-4 × 5.8 RLR-20S
DS-GTTL20 ○ .787 20 .748 19 4.724 120 .236 6 LR-S-4 × 5.8 RLR-20S
DS-GTTL22 ● .866 22 .827 21 4.724 120 .236 6 LR-S-4 × 5.8 RLR-20S
DS-GTTL25 ● 1 .945 24 4.724 120 .394 10 LR-S-4 × 5.8 RLR-20S
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TMG32..R..GTM..32..R..
Y-GTTR06-IN ● 3/8 3/8 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR08-IN ● 1/2 1/2 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR10-IN ● 5/8 5/8 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR10 ○ .394 10 .394 10 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR12 ○ .472 12 .472 12 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR12SOH* ○ .472 12 .472 12 .787 20 LR-S-4 × 10PW CLR-15S
*Comes with coolant through
Feed direcition
Gang tooling post
●:Stock ○: 1-2 week delivery
[ G
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ing ]
For Swiss-type Lathes
J71
GVW Series - Inserts■GVWGroove Width Tolerance w±.001"
Item NumberGrade
(Inch) (㎜) (Inch) (㎜) QM3GVW300N02 .118 3.0 .008 0.2 ●GVW300N04 .118 3.0 .016 0.4 ●GVW400N02 .157 4.0 .008 0.2 ●GVW400N04 .157 4.0 .016 0.4 ●GVW500N02 .197 5.0 .008 0.2 ○GVW500N04 .197 5.0 .016 0.4 ○GVW600N02 .236 6.0 .008 0.2 ○GVW600N04 .236 6.0 .016 0.4 ○
.787(20)
±.001"
GTVW Series - Toolholders
(Inch, Metric)
Gage Insert Item numberStock , Clamp Screw Spring WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
GVW300
GTVW 1016-3 ○ ○ .394 10 .630 16 .244 6.2 .768 19.5 .071 1.8 CVSR/L3 AOS-5X16 ASG-5 LW-2.5SGTVW 1216-3 ● ○ .472 12 .630 16 .244 6.2 .768 19.5 .071 1.8 CVSR/L3 AOS-5X16 ASG-5 LW-2.5SGTVW 1616-3 ● ○ .630 16 .630 16 .315 8.0 .866 22 .071 1.8 CVSR/L3 AOS-5X20 ASG-5 LW-2.5SGTVW 2020-3 ○ ○ .787 20 .787 20 .315 8.0 .866 22 .071 1.8 CVSR/L3 AOS-5X20 ASG-5 LW-2.5S
GVW400GVW500
GTVW 1016-4 ○ ○ .394 10 .630 16 .244 6.2 .768 19.5 .091 2.3 CVSR/L4 AOS-5X16 ASG-5 LW-2.5SGTVW 1216-4 ● ○ .472 12 .630 16 .244 6.2 .768 19.5 .091 2.3 CVSR/L4 AOS-5X16 ASG-5 LW-2.5SGTVW 1616-4 ● ○ .630 16 .630 16 .315 8.0 .866 22 .091 2.3 CVSR/L4 AOS-5X20 ASG-5 LW-2.5SGTVW 2020-4 ○ ○ .787 20 .787 20 .315 8.0 .866 22 .091 2.3 CVSR/L4 AOS-5X20 ASG-5 LW-2.5S
GVW600
GTVW 1020-6 ○ ○ .394 10 .787 20 .244 6.2 .768 19.5 .130 3.3 CVSR/L6 AOS-5X16 ASG-5 LW-2.5SGTVW 1220-6 ○ ○ .472 12 .787 20 .244 6.2 .768 19.5 .130 3.3 CVSR/L6 AOS-5X16 ASG-5 LW-2.5SGTVW 1620-6 ○ ○ .630 16 .787 20 .315 8.0 .866 22 .130 3.3 CVSR/L6 AOS-5X20 ASG-5 LW-2.5SGTVW 2020-6 ○ ○ .787 20 .787 20 .315 8.0 .866 22 .130 3.3 CVSR/L6 AOS-5X20 ASG-5 LW-2.5S
■GTVWClamp-on type
A A
4.274(120)
Max. Depth
[ G
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For Swiss-type Lathes
J72
Grooving
GTPA Series - Inserts■GTPA
Item numberMax. Depth of Cut Grade
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) PD1 KM1GTPA20FRN01 .079 2.0 .157 4.0 PD1: .197
KM1: .236PD1: 5.0KM1: 6.0
.004 max.(Less than .004)
0.1 max.(Less than 0.1)
○ ○GTPA25FRN01 .098 2.5 .118 3.0 ○ ○
362(9.2)
37(9.4)
20°
45°
±.002"
138
(3.5)
PD1 insert shownShape
236(6.0)
GTPA Series - Toolholders Screw accessible from both sides
■GTPA
2.52.5
.295(7.5)
.004
(0.1)
4.724(120)
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
GTPA
GTPAR1010 ○ .394 10 .394 10 .394 10 LRIS-4 × 10PW CLR-15S
GTPAR1212 ○ .472 12 .472 12 .472 12 LRIS-4 × 12PW CLR-15S
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
GTPA
Y-GTPAR1216 ○ .472 12 .630 16 .787 20 LRIS-4 × 12PW CLR-15S
Y-GTPA 1216SOH* ○ .472 12 .630 16 .787 20 LRIS-4 × 12PW CLR-15S
Y-GTPA 1616OH* ○ .630 16 .630 16 .787 20 LRIS-4 × 12PW CLR-15S
*Comes with coolant through
■Y-GTPA
A
A
.004(0.1) 4.724
(120)
1.063
(27)
■Y-GTPA-OHY-GTPAR1216SOH
Coolant hole position
6
16
12
6AA
B
B
0.0
2.756(70)
.004(0.1)
Coolant through for high-pressure coolant
●:Stock ○: 1-2 week delivery M: Mirror finish
[ G
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For Swiss-type Lathes
J73
All CSV series inserts have polished cutting edges.CSV Series - Inserts
AA
.787(20)
4.724 (120)
0.0
1°
φ
(Inch)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..FR DS-CSVL15 ● 5/8 .591 15 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15S
■DS-CSVL (Takes right-hand inserts)
CSV -NC (Inch)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..CSV 06-IN-NC ● ● 3/8 3/8 3/8 0 0 LRIS-2.5 × 7 CLR-15S
CSV 08-IN-NC ● ● 1/2 1/2 1/2 0 0 LRIS-2.5 × 7 CLR-15S
CSV (Metric, ㎜)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..
CSV 07 ● ● .295 7 .295 7 .295 7 .020 0.5 LRIS-2.5 × 7 CLR-15SCSV 08 ● ● .315 8 .315 8 .315 8 0 0 LRIS-2.5 × 7 CLR-15SCSV 10 ● ● .394 10 .394 10 .394 10 0 0 LRIS-2.5 × 7 CLR-15SCSV 12 ● .472 12 .472 12 .472 12 0 0 LRIS-2.5 × 7 CLR-15S
CSV Series - Toolholders
Right-Hand style shown
■CSV
AA .7875.512 (140)(20)
.004
(0.1)
1°
AA 1°
.7874.724 (120)(20)
.004
(0.1)
■CSV -NC
Toolholders for right-hand inserts CSVR.., DS-CSVL..Toolholders for left-hand inserts CSVL..
Note: All angles shown are obtained when insert is set on the holder All images in this page show right-hand inserts
■CSVG - Grooving Item number Width Max. Depth of Cut VM1(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L
CSVG11F V025 .010 0.25 .006 0.15 .020 0.50 0 ●CSVG11F V030 .012 0.30 .006 0.15 .020 0.50 0 ○CSVG11F V035 .014 0.35 .006 0.15 .020 0.50 0 ●CSVG11F V040 .016 0.40 .006 0.15 .020 0.50 0 ○CSVG11F V045 .018 0.45 .018 0.45 .039 1.00 0 ●CSVG11F V050 .020 0.50 .018 0.45 .039 1.00 0 ●CSVG11F V055 .022 0.55 .018 0.45 .039 1.00 0 ○CSVG11F V060 .024 0.60 .018 0.45 .039 1.00 0 ●CSVG11F V065 .026 0.65 .018 0.45 .039 1.00 0 ○CSVG11F V070 .028 0.70 .018 0.45 .039 1.00 0 ●CSVG11F V075 .030 0.75 .050 1.40 .079 2.00 0 ● ○CSVG11F V080 .031 0.80 .050 1.40 .079 2.00 0 ○CSVG11F V085 .033 0.85 .050 1.40 .079 2.00 0 ○CSVG11F V090 .035 0.90 .050 1.40 .079 2.00 0 ○CSVG11F V095 .037 0.95 .050 1.40 .079 2.00 0 ● ○CSVG11F V100 .039 1.00 .050 1.40 .079 2.00 0 ●CSVG11F V110 .043 1.10 .102 2.60 .118 3.00 0 ○CSVG11F V120 .047 1.20 .102 2.60 .118 3.00 0 ● ○CSVG11F V130 .051 1.30 .102 2.60 .118 3.00 0 ●CSVG11F V140 .055 1.40 .102 2.60 .118 3.00 0 ○CSVG11F V150 .059 1.50 .102 2.60 .118 3.00 0 ●
1/4"
(6.35)
w
L
+.001"
-0
Mirror finish
MMMMMMMMMMMMMMMMMMMMM
[ G
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For Swiss-type Lathes
J74
Grooving
Steel(Carbon Steel, Alloy Steel)
Stainless Steel(Excluding 303 SS)
Free Cutting Steel(Including 303 SS)
Non-ferrous Metals(Brass, Aluminum, Copper)
Speed (SFM) 160 (100 - 330) 130 (100 - 330) 200 (100 - 330) 260 (160 - 390)
FeedRate(IPR)
GrooveDepth(Inch)
.039 .001 (.0004-.002) .0008 (.0004-.002) .002 (.0004-.0025) .002 (.0004-.0025)
.059 .0008 (.0004-.002) .0004 (.0002-.001) .001 (.0004-.002) .001 (.0004-.002)
.079 .0004 (.0002-.001) .0004 (.0002-.001) .0008 (.0004-.002) .0008 (.0004-.002)
☆Tips for Successful Face Grooving①Run multiple passes for turn wider grooves. Make sure to groove from outer diameter to inner diameter to avoid any interference.②If lines appear on the boss section (as shown at right), slow down feed rate on retracting the tool.③If scratch appears at the end of the boss, slow down feed rate.④If groove surface looks torn, either slow down feed rate or increase speed.⑤If groove bottom looks torn under slow speed and feed condition, increase speed.
☆NoteSide turning cannot be performed with FGV style tooling
SATURN DUO Face grooving tool
●FGV type for face grooving and FBV type for face machining●Economical double-corner specification●Improved tool rigidity by optimizing the overhang and holder shape●Gang-type, front-gang-type and sleeve holder types available
Features
Holder : L-hand Insert : L-hand
Holder : R-hand Insert : R-hand
Shape ofgrooved face
Holder : R-hand Insert : R-hand
Concavedface shape
FGV type for face grooving FBV type for face machiningTarget work shape Target work shape
・Grooving possible under a wide range of cutting conditions due to strengthened rigidity of both inserts and holders・Minimum machining diameter from φ.236", groove width from .039"・Left-hand types available for machining works with a boss
・Further improved face machining efficiency・Minimum machining diameter from φ.315"
■Recommended Cutting Condition for FGV Style Tooling (for Face Grooving)
[ G
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For Swiss-type Lathes
J75
☆Machining process•For materials with good machinability, it is possible to machine up to .157"(4㎜) deep at a low feed rate in a single pass for both longitudinal feed and cross feed.
Note) Cutting in Z-direction is expressed as the longitudinal feed, and cutting in X-direction is expressed as the cross feed in this section.
☆Useful tips for machining
When burrs occur on ID surface, it is recommended to perform cutting in 2 passes, one for roughing and one for finishing as shown in the following procedure:
☆ Example of 2-pass machining: Leane .008"(0.2㎜) on roughing then run a finish cut
.157 (4)
φ.3
15 (8
)
.112
(3.0
4)
Longitudinal feed
Cutting in Z direction : Longitudinal feed
.157(4)
φ.3
15 (8
)Cross feed
.010
(0.2
5)
Cutting in X direction : Cross feed
φ.3
15 (8
)
.037 (0.8)
❶ Longitudinal feed (roughing)
30°
φ.3
15 (8
)
❷ Longitudinal feed (finishing)
φ.3
15 (8
)
φ.3
31 (8
.4)
❸Slant machining (roughing)
φ.3
31(8
.4)
.010
(0.2
5)
❹Cross feed (finishing)
■Recommended Cutting Conditions for FBV style Tooling (for Face Grooving)Minimum machining diameter:φ.315" (8㎜ ) WET
Inserts ➡ X00 Holders ➡ X00
Steel(Carbon Steel, Alloy Steel)
Stainless Steel(Excluding 303 SS)
Free Cutting Steel(Including 303 SS)
Non-ferrous Metals(Brass, Aluminum, Copper)
Speed (SFM) 160 (100 - 330) 130 (100 - 330) 200 (100 - 330) 260 (160 - 390)
FeedRate(IPR)
GrooveDepth(Inch)
.039 .001 (.0004-.002) .0008 (.0004-.002) .002 (.0004-.0025) .002 (.0004-.0025)
.059 .0008 (.0004-.002) .0004 (.0002-.001) .001 (.0004-.002) .001 (.0004-.002)
.079 .0004 (.0002-.001) .0004 (.0002-.001) .0008 (.0004-.002) .0008 (.0004-.002)* When machining difficult materials where chip control is problematic (such as 304SS), it is recommended that the machining be carried out in several stages.
[ G
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For Swiss-type Lathes
J76
Grooving
Item numberI.C. Thickness Grade
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) TM4
Right-Hand Insert
.039 1.0 FGV100RB00D6 1/4 6.35 3/32 2.38 .059 1.5 .000 0.00 .236 6.0 ○
.039 1.0 FGV100RB05D6 1/4 6.35 3/32 2.38 .059 1.5 .002 0.05 .236 6.0 ○
.059 1.5 FGV150RB00D6 1/4 6.35 3/32 2.38 .079 2.0 .000 0.00 .236 6.0 ○
.059 1.5 FGV150RB05D6 1/4 6.35 3/32 2.38 .079 2.0 .002 0.05 .236 6.0 ○
.079 2.0 FGV200RB00D6 1/4 6.35 3/32 2.38 .118 3.0 .000 0.00 .236 6.0 ○
.079 2.0 FGV200RB05D6 1/4 6.35 3/32 2.38 .118 3.0 .002 0.05 .236 6.0 ○
Left-Hand Insert
.039 1.0 FGV100LB00D6 1/4 6.35 3/32 2.38 .059 1.5 .000 0.00 .236 6.0 ○
.039 1.0 FGV100LB05D6 1/4 6.35 3/32 2.38 .059 1.5 .002 0.05 .236 6.0 ○
.059 1.5 FGV150LB00D6 1/4 6.35 3/32 2.38 .079 2.0 .000 0.00 .236 6.0 ○
.059 1.5 FGV150LB05D6 1/4 6.35 3/32 2.38 .079 2.0 .002 0.05 .236 6.0 ○
.079 2.0 FGV200LB00D6 1/4 6.35 3/32 2.38 .118 3.0 .000 0.00 .236 6.0 ○
.079 2.0 FGV200LB05D6 1/4 6.35 3/32 2.38 .118 3.0 .002 0.05 .236 6.0 ○
Item numberI.C. Thickness Grade
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) TM4
.020 0.5 FBV40R05D8AM3 1/4 6.35 3/32 2.38 .157 4.0 .002 0.05 .315 8.0 ○
.020 0.5 FBV40R15D8AM3 1/4 6.35 3/32 2.38 .157 4.0 .006 0.15 .315 8.0 ○
Right-Hand style shown
w
I.C.
■FBV
w
wrεrε
w
w
I.C.
Right-Hand style shown
Width Tolerance w±.001"■FGV
FGV / FBV (Saturn Duo) - Face Grooving Inserts
Left-Hand style shown
●:Stock ○: 1-2 week delivery
[ G
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For Swiss-type Lathes
J77
■DS-FGV
■FGV
■CH-FGV
FGV / FBV (Saturn Duo) - Toolholders
AA
BB
Holder: LHInsert: LH
Holder: RHInsert: RH
Holder: RHInsert: RH
AA
0.0
11.0
Holder: LHInsert: LH
Holder: RHInsert: RH
Holder: RHInsert: RH
Square shank toolholders for gang type tool posts (Designed exclusively for LEFT-hand FGV inserts)
Round shank toolholders for drill sleeves
Square shank toolholders for FGV and FBV inserts
Right-Hand style shown
Right-Hand style shown
Right-Hand style shown
Note: Right-hand toolholders take LEFT-hand inserts for this style
(Inch, Metric)
Gage Insert Item numberStock Clamp
screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
FGV...LFGVR1016 ○ .413 10 0 0 .630 16 4.724 120 .787 20 0 0 LRIS-2.5 × 7 CLR-15SFGVR1216 ○ .472 12 0 0 .630 16 4.724 120 .787 20 0 0 LRIS-2.5 × 7 CLR-15SFGVR1616 ○ .630 16 0 0 .630 16 4.724 120 .787 20 0 0 LRIS-2.5 × 7 CLR-15S
FGVFBV
DS-FGV 19 ○ ○ 3/4 .709 18 .709 18 4.724 120 .118 3.0 LRIS-2.5 × 7 CLR-15SDS-FGV 20 ○ ○ .787 20 .748 19 .748 19 4.724 120 .118 3.0 LRIS-2.5 × 7 CLR-15SDS-FGV 22 ○ ○ .866 22 .827 21 .827 21 4.724 120 .118 3.0 LRIS-2.5 × 7 CLR-15SDS-FGV 25 ○ ○ 1 .965 24.5 24.5 4.724 120 .118 3.0 LRIS-2.5 × 7 CLR-15SCH-FGV 1010 ○ ○ .413 10 .394 10 .394 10 4.724 120 .709 18 .413 10.5 LRIS-2.5 × 7 CLR-15SCH-FGV 1212 ○ ○ .472 12 .472 12 .472 12 4.724 120 .709 18 .492 12.5 LRIS-2.5 × 7 CLR-15SCH-FGV 1616 ○ ○ .630 16 .630 16 .630 16 4.724 120 .709 18 .650 16.5 LRIS-2.5 × 7 CLR-15S
[ G
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For Swiss-type Lathes
J79
Threading
●Product Lines ………………………J80●Threading …………………………J82●Thread Whirling …………………J86
J
For Swiss-type Lathes
[ Threa
ding
]
J80
Threading
Thread Whirling System
➡J86TW..
SBT
➡J101Applicable Pitch 50 to 16 TPI
L1 .031" to .071"
CSV
➡J85Applicable Pitch 125 to 51 TPI
L1 .118"CSVT..
TTP DS-TTP
➡J83 ➡J83Applicable Pitch 127 to 13 TPI
L1 .217"TTP..F..
■ OD Threading
■ ID Threading
NTK Threading Tool - Product Lines● Sharp cutting edge brings burr-free finish● Wide coverage in pitch range
P(Pitch)L1
TGC (Carbide shank)
➡J112Applicable Pitch 63 to 34 TPI
L1 .028" to .039"TMN..
[ Threa
ding
]For Swiss-type Lathes
J81
■ Metric (M) Threads / Fine and Coarse
Thread Type Pitch (㎜)2.00 1.50 1.25 1.00 0.80 0.75 0.70 0.50 0.40 0.35 0.25 0.20
M1 Coarse FineM2 Coarse FineM3 Coarse FineM4 Coarse FineM5 CoarseM6 Coarse
Fine
M7M8 Coarse
Fine
M9M10 Coarse Fine
M11M12
Fine
FineM14 CoarseM15
M16 CoarseM17
M18
FineM20
M22M24
M25M26
M27
Fine FineM28M30
M32
TTP60F -N02 can be used up to M150 when the pitch is 2.0 ㎜
Inserts Pitch (㎜)TTP60F 4A,AS(B,BS) 0.2-0.75TTP60F 8A,AS(B,BS) 0.4-1.25TTP60F -N(S) 1.0-1.5TTP60F -N02 1.5-2.0
Covered Thread Pitch Range (㎜)
Thread Type Pitch(㎜) Applicable Inserts
Coa
rse (U
NC)
No.1-64 UNC 0.3969 TTP60F 4A, AS(B, BS)No.2-56 UNC 0.4536
TTP60F 4A, AS(B, BS)TTP60F 8A, AS(B, BS)
No.3-48 UNC 0.5292 No.4-40 UNC 0.6350 No.5-40 UNC 0.6350 No.6-32 UNC 0.7938
TTP60F 8A, AS(B, BS)No.8-32 UNC 0.7938 No.10-24 UNC 1.0583
TTP60F 8A, AS(B, BS)TTP60F -N(S)
No.12-24 UNC 1.0583 1/4-20 UNC 1.2700 5/16-18 UNC 1.4111 TTP60F -N(S)3/8-16 UNC 1.5875
TTP60F -N027/16-14 UNC 1.8143 1/2-13 UNC 1.9538
■ Unified Standard (UN, UNF, UNC) Threads
Thread Type Pitch(㎜) Applicable Inserts
Fine
(UNF)
No.0-80 UNF 0.3175 TTP60F 4A, AS(B, BS)No.1-72 UNF 0.3528
No.2-64 UNF 0.3969 No.3-56 UNF 0.4536
TTP60F 4A, AS(B, BS)TTP60F 8A, AS(B, BS)
No.4-48 UNF 0.5292 No.5-44 UNF 0.5773 No.6-40 UNF 0.6350 No.8-36 UNF 0.7056 No.10-32 UNF 0.7938
TTP60F 8A, AS(B, BS)No.12-28 UNF 0.9071 1/4-28 UNF 0.9071 5/16-24 UNF 1.0583 TTP60F 8A, AS(B, BS)
TTP60F -N(S)3/8-24 UNF 1.0583 7/16-20 UNF 1.2700
TTP60F -N(S)1/2-20 UNF 1.2700 9/16-18 UNF 1.4111 5/8-18 UNF 1.4111 3/4-16 UNF 1.5875
TTP60F -N027/8-14 UNF 1.8143
TTP Style
[ Threa
ding
]For Swiss-type Lathes
J82
Threading
TTP Series - Inserts
Pitch range Item number Edgeconfig.
QM3 ZM3Pitch(㎜) TPI (Inch) (㎜) (Inch) (㎜) R L R L
60° 0.2 ~ 0.75 127 ~ 34 TTP60F 4A A .016 0.4 .002MAX Flat
0.05MAX Flat ● ● ● ●
60° 0.2 ~ 0.75 127 ~ 34 TTP60F 4B B .016 0.4 .002MAX Flat
0.05MAX Flat ● ● ● ●
60° 0.5 ~ 1.25 50 ~ 21 TTP60F 8A A .031 0.8 R.002 0.05 ● ● ● ●
60° 0.5 ~ 1.25 50 ~ 21 TTP60F 8B B .031 0.8 R.002 0.05 ● ○ ● ●
60° 1.0 ~ 1.5 25 ~ 17 TTP60F -N N .049 1.25 R.004 0.10 ● ● ● ●
60° 1.5 ~ 2.0 16 ~ 13 TTP60F -N02 N .049 1.25 R.008 0.20 ● ● ○ ○
55° 0.2 ~ 0.75 127 ~ 34 TTP55F 8A A .031 0.8 R.002 0.05 ● ●
55° 0.2 ~ 0.75 127 ~ 34 TTP55F 8B B .031 0.8 R.002 0.05 ● ●
with flat with radius
Right-Hand style shown
■TTP
.780(20.0)
50°
.098
(2.5)
θ°θ°
θ°
Edge Shape
[A type]
[B type]
[N type]
.310
(8.0)
Right Hand Toolholders Left Hand Toolholders
Toolholder TTPR Toolholder TTPR Toolholder TTPL Toolholder TTPL
Insert TTP..FR..A Insert TTP..FR..B Insert TTP..FL..B Insert TTP..FL..A
Edge Shape:A type
Edge Shape:A type
Edge Shape:B type
Edge Shape:B type
Guide Bushing
●:Stock ○: 1-2 week delivery
[ Threa
ding
]For Swiss-type Lathes
J83
Right-Hand style shown
TTP Series - Toolholders■TTP
■DS-TTPL
Screw accessible from both side
.276(7)4.724(120)
.591(15)
.256(6.5)
Max. shoulder
clearance
LeftHand
RightHand
.217(5.5)
0.0
.787(20)
φ
Left-Hand style shown
(Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TTP55FR/LTTP60FR/L
TTP 06-IN ● ● 3/8 3/8 3/8 .079 2 LRIS-4 × 10PW CLR-15STTP 08-IN ● ● 1/2 1/2 1/2 0 0 LRIS-4 × 12PW CLR-15STTP 10-IN ● ● 5/8 5/8 5/8 0 0 LRIS-4 × 12PW CLR-15S
TTP55FR/L..TTP60FR/L..
TTP 08 ● ● .315 8 .394 10 .315 8 .157 4 LRIS-4 × 10PW CLR-15STTP 12 ○ ○ .472 12 .472 12 .472 12 0 0 LRIS-4 × 10PW CLR-15STTP 16 ○ ○ .630 16 .630 16 .630 16 0 0 LRIS-4 × 10PW CLR-15S
(Metric, ㎜)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TTP55FR..TTP60FR..
DS-TTPL19 ● 3/4 .709 18 4.724 120 .394 10 LRIS-4 × 10 LLR-25S
DS-TTPL20 ● .787 20 .748 19 4.724 120 .394 10 LRIS-4 × 10 LLR-25S
DS-TTPL22 ● .866 22 .827 21 4.724 120 .394 10 LRIS-4 × 10 LLR-25S
DS-TTPL25 ● 1 .945 24 5.906 150 .394 10 LRIS-4 × 10 LLR-25S
[ Threa
ding
]For Swiss-type Lathes
J84
Threading
CSVT Style
Thread Type Pitch(㎜)
Total DOC(㎜)
Number of pass 1 2 3 4 5 6 7 8 9 10
Metric (60°) malethread
0.20 0.20 4 0.08 0.06 0.04 0.02 0.25 0.24 4 0.10 0.08 0.04 0.02 0.30 0.28 5 0.08 0.07 0.07 0.04 0.02 0.35 0.32 5 0.10 0.09 0.07 0.04 0.02 0.40 0.35 5 0.12 0.10 0.07 0.04 0.02 0.45 0.39 5 0.16 0.10 0.07 0.04 0.02 0.50 0.33 5 0.10 0.10 0.07 0.04 0.02 0.60 0.40 6 0.10 0.10 0.08 0.06 0.04 0.02 0.70 0.48 6 0.10 0.10 0.10 0.10 0.06 0.02 0.75 0.52 7 0.10 0.10 0.10 0.08 0.07 0.05 0.02 0.80 0.56 7 0.10 0.10 0.10 0.10 0.08 0.06 0.02 1.00 0.71 8 0.15 0.15 0.12 0.10 0.08 0.06 0.03 0.02 1.25 0.90 9 0.20 0.18 0.13 0.10 0.10 0.07 0.05 0.05 0.02 1.50 1.09 10 0.22 0.20 0.15 0.12 0.10 0.10 0.08 0.05 0.05 0.02
TTP, TTPS, TTMH, TTMA, CSVT Partial profile 60 degree inserts
■ Recommended Depth of Cut (DOC) for Each Pass(㎜)
Pitch (㎜ )0.50 0.40 0.35 0.25 0.20
M1 Coarse FineM2 Coarse FineM3 Coarse FineM4
FineM5
■ Metric (M) Threads / Fine and Coarse
Thread TypePitch (㎜ )
#1 #2
CoarseNo.1-64 UNC 0.3969
No.2-56 UNC 0.4536
Fine
No.0-80 UNF 0.3175No.1-72 UNF 0.3528
No.2-64 UNF 0.3969No.3-56 UNF 0.4536
■ Unified Standard (UN, UNF, UNC) Threads
●:Stock ○: 1-2 week delivery M: Mirror finish
[ Threa
ding
]For Swiss-type Lathes
J85
CSV Series - Inserts All CSV series inserts have polished cutting edges
Toolholders for right-hand inserts CSVR.., DS-CSVL..Toolholders for left-hand inserts CSVL..
Note: All angles shown are obtained when insert is set on the holderAll images in this page show right-hand inserts
Item number Chipbreaker Pitch range VM1(Inch) (㎜) R L
CSVT11F P60-035A No 125 TPI ~ 51 TPI .001MAX 0.03MAX ● ●CSVT11F P60-035B No 125 TPI ~ 51 TPI .001MAX 0.03MAX ● ●
.014±.001
(1.0)
.039
60°
1/4"
(6.35)
.014±.001
(1.0)
.039
60°
type A
type B
CSV Series - Toolholders
■DS-CSVL (Takes right-hand inserts)
■CSV -NC
■CSVT - Threading
AA 1°
.7874.724 (120)(20)
.004
(0.1)
AA
.787(20)
4.724 (120)
0.0
1°
φ
■CSV
AA .7875.512 (140)(20)
.004
(0.1)
1°
Right-Hand style shown
CSV (Metric, ㎜)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..
CSV 07 ● ● .295 7 .295 7 .295 7 .020 0.5 LRIS-2.5 × 7 CLR-15SCSV 08 ● ● .315 8 .315 8 .315 8 0 0 LRIS-2.5 × 7 CLR-15SCSV 10 ● ● .394 10 .394 10 .394 10 0 0 LRIS-2.5 × 7 CLR-15SCSV 12 ● .472 12 .472 12 .472 12 0 0 LRIS-2.5 × 7 CLR-15S
CSV -NC (Inch)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..CSV 06-IN-NC ● ● 3/8 3/8 3/8 0 0 LRIS-2.5 × 7 CLR-15S
CSV 08-IN-NC ● ● 1/2 1/2 1/2 0 0 LRIS-2.5 × 7 CLR-15S
DS-CSVL (Inch)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11FR.. DS-CSVL15 ● 5/8 .591 15 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15S
Mirror finish
M
M
[ Threa
ding
]For Swiss-type Lathes
J86
Threading
●Reduce cycle time by more than half*● .256" (6.5㎜ ) thick inserts accommodate large pitch and lead
* Applies to cycle time for thread whirling only Does not apply to total cycle time. Actual results may vary
NTK Thread Whirling - Nonstop improvement to meet tighter-than-ever demands from quality oriented customers
●Dramatically improved productivity in thread forming operations
●NTK's unique design technology (patented) makes precise and correct inserts possible, the first time, without any redesign and remake
●Excellent surface finish and longer tool life than competitors'
●Sharp cutting edges for reduced tool pressure and superior chip control
Features
Form multiple-lead threads in a single-pass
Double-lead threads Triple-lead threads
Work Bone screw Worm gear
Work material Ti-6Al-4V ELI brass
Work appearance
Insert appearance
Major Dia. φ.157"(4.0㎜) φ.278"(7.0㎜)
Minor Dia. φ.094"(2.4㎜) φ.185"(4.7㎜)
Pitch φ.135"(3.42㎜) φ.193"(4.9㎜)
Patented
NTK’s Unique Attachment System
Mutiple-Lead Thread Whirling
① Loosen the Mounting Bolts ② Rotate the Insert Holder to 10 degrees ③ Pull the Whirling Insert Holder without pull out the Mounting Bolts
Insert HolderMount Adapter
InsertInsert Holder Mounting Bolt
NTK’s whirling insert holder can be attached and detached without removing mounting bolts
Adapter Mounting Bolt
Thread Whirling
●:Stock ○: 1-2 week delivery
[ Threa
ding
]For Swiss-type Lathes
J87
NTK thread whirling inserts are all made to order (except for the ISO style threads shown below). Please follow the procedure to order correct NTK thread whirling systems and inserts.
Thread Whirling Order Procedure
Recommended Cutting Conditions
Recommended cutting conditionsWhirling cutter RPM Main spindle RPM Feed Rate
1,000-4,000 min-1 10-30 min-1 Same as thread pitch(for single-lead threads)
Typical worksDiameter Work Materials
φ0.118 to φ0.394 inch(For cutters with 12㎜ ID)
Titanium, Titanium alloy,316 Stainless
■Standard thread whirling inserts for ISO style threads
Item number e P r4 r5 Thread type Callout
GradeZM3
TW5835-HA1.5-D12 1.5 0-0.15 1.1 0-0.1 0.1 0.5 0.3 0.1 35° 3° HA1.5
ISO5835
○
TW5835-HA2.0-D12 2.0 0-0.15 1.3 0-0.1 0.1 0.6 0.4 0.1 35° 3° HA2.0 ○
TW5835-HA2.7-D12 2.7 0-0.15 1.9 0-0.15 0.1 1 0.6 0.2 35° 3° HA2.7 ○
TW5835-HA3.5-D12 3.5 0-0.15 2.4 0-0.15 0.1 1.25 0.8 0.2 35° 3° HA3.5 ○
TW5835-HA4.0-D12 4.0 0-0.15 2.9 0-0.15 0.1 1.5 0.8 0.2 35° 3° HA4.0 ○
TW5835-HA4.5-D12 4.5 0-0.15 3.0 0-0.15 0.1 1.75 1 0.3 35° 3° HA4.5 ○
TW5835-HA5.0-D12 5.0 0-0.15 3.5 0-0.15 0.1 1.75 1 0.3 35° 3° HA5.0 ○
TW5835-HB4.0-D12 4.0 0-0.15 1.9 0-0.15 0.1 1.75 0.8 0.3 25° 5° HB4.0 ○
TW5835-HB6.5-D12 6.5 0-0.15 3.0 0-0.15 0.2 2.75 1.2 0.8 25° 5° HB6.5 ○
TW9268-HC2.9-D12 2.79 to 2.9 2.03 to 2.18 0.1max 1.06 ― ― ― ― HC2.9
ISO9268
TW9268-HC3.5-D12 3.43 to 3.53 2.51 to 2.64 0.1max 1.27 ― ― ― ― HC3.5
TW9268-HC3.9-D12 3.78 to 3.91 2.77 to 2.92 0.1max 1.27 ― ― ― ― HC3.9
TW9268-HC4.2-D12 4.09 to 4.22 2.95 to 3.25 0.1max 1.27 ― ― ― ― HC4.2
TW9268-HD4.0-D12 4.0±0.03 2.92±0.03 0.1 1.59 ― ― 45° 10° HD4.0
TW9268-HD4.5-D12 4.5±0.03 2.92±0.03 0.1 2.18 ― ― 45° 10° HD4.5
°
ISO5835 HA ISO5835 HB ISO9268 HC ISO9268 HD
(Note: Must be used with thread whirling cutters with 12㎜ φDm dimension. See next page to find φDm for each cutter.)
⑴ Fill out the NTK Thread Whirling Quote Request Form (The form is available at www.ntkcuttingtools.com/whirling)⑵ Send the form and a full part drawing to NTK by e-mail (ctinfo@ntktech.com) or by fax (see the back cover)⑶ The quote for NTK thread whirling tooling will be issued through your local NTK distributor⑷ Use the item numbers shown in the quote to place an order⑸ After NTK thread whirling tooling arrived, make sure to use the helix angle provided by NTK to set up, and run your jobs
[ Threa
ding
]For Swiss-type Lathes
J88
Threading
P.C.D.
φ φ
P.C.D.
φ φ
P.C.D.
φ φ
P.C.D.
φφ
φ φ P.C.D.
φ φ
Type 1 Type 3Type 2
Type 4 Type 5 Type 6
Thread Whiring System
Machinemake Model Location Spindle
make Spindle model Helix angle NTKThread whirling system Stock Type No. of
toothφ(㎜) Mount adapter bolt
CITIZEN
L20E/L20X Gang
CITIZEN
BTW-3000 0°- 15° TWC9C0746HP1 ● 1 9 φ12 M3A20
Gang
BTW-2000 ±25°TWC9C1040HP1TWC6C1040HP1TWC9C1040HP1-D16
●●○
1969
φ12φ12φ16
M3(Provided with spindle)
M432 0°- 25°C32
BTW-1000±25°L20
M20 +20°- -25°M332 ±25°C12/16 Gang
CITIZEN
LTR0170
±15° TWC9C1037P2 ● 2 9 φ12 CS0310(M3)M12/16Turret
LTR0168M12/16 MSW105M20/32 KSW110L20 Gang LTR0183 ±15° TWC9J1040P2 ● 2 9 φ12 H-M4 × 12M20/32M20/32 Turret LTR0169K16 Attachment PCM GSW-101 ±15° TWC6P1620HP1-D9 ● 1 6 φ9 M4(Provided with spindle)L20 Gang LSW-101-L20 ±10° TWC9P1340P2 ● 2 9 φ12 M4(Provided with spindle)
STAR
ECAS-12/20 Attachment
STAR
54178 ±10°
TWC9S1640P2 ● 3 9 φ12 CS04148S(M4)
SR-20J/20RⅢ 54172 -20°- 0°(*)ECAS-20T
Turret
59172 ±20°ECAS-32T 58171 ±10°ST-38 43156 ±10°SV-12 45172 ±10°SV-20 42173 ±10°SV-32 43172 ±10°
TSUGAMI
BH20/BH38 Turret
TSUGAMI
3263-Y481 ±10° TWC9TS2252P2 ● 3 9 φ12 CS0515(M5)BS20 Attachment 3214-Y1371 ±10° TWC9TS20550P2 ● 3 9 φ16 CS0515(M5)S205S206B0205 Attachment
3281-Y451(S205・S206)3220-Y6541(B0205)
0°- 10° TWC9TS2244HP1 ● 4 9 φ12 CS0520(M5)0°- 20° TWC9TS1944HP1 ● 4 9 φ12 CS0520(M5)0°- 25° TWC9TS1644HP1 ● 4 9 φ12 CS0515(M5)0°- 30° TWC9TS1044HP1 ● 4 9 φ12 CS0515(M5)
SS20/SS26SS32 3268-Y451 0°- 10° TWC9TS1952P2BK ● 4 9 φ12 CS0515(M5)
0°- 20° TWC9TS1652P2BK ● 4 9 φ12 CS0515(M5)SS207 ─ ─ 0°- 15° TWC4TS3010HP1 ● 5 4 φ7 For single-corner inserts only
TORNOS
DECO 10/10a
Attachment TORNOS
224-1900 ±15° TWC6TO11542HP1 ● 4 6 φ12 CS0410(M4)Evo DECO 10/10 242-1900DECO 13a/13e 226-1900
±15° TWC9TO10540P2 ● 3 9 φ12 CS0410(M4)Evo DECO 16/10 243-1900DECO 20a 223-1900DECO 26a 225-1900Sigma 20 234-2750 ± 25° TWC9TO12050P2-D18 ● 3 9 φ18 CS0410(M4)Sigma 32 236-2750
HASEGAWA JS-1W ─ HASEGAWA ─ 0°- 20° TWC9HA22594P2 6 9 φ16 CS0620(M6)*:May not work for over 15 deg. helix angle
■Spare Insert Holder (Cartridge)
Item number No. of tooth φ(㎜) Compatible cutters
TWC6HP2 6 12 For Type 2 and Type 3*
TWC9HP2 9 12 For Type 2 and Type 3*
TWC9HP2-D16 9 12 For Type 6
■Spare Parts
Description Item number
Insert ScrewFor 4㎜ thick inserts FSI17-2.2×6.0For 6.5㎜ thick inserts FSI24-2.2×7.9Wrench T-07
Insert Holder Mounting Bolt CS0309-TWNote: Insert holder comes with insert screws and wrench Insert holder mouting bolt is not included*Cannot be used for TWC9TS20550P2 and TWC9TO12050P2-D18
●:Stock ○: 1-2 week delivery
[ Threa
ding
]For Swiss-type Lathes
J89
Application Examples(㎜)
Worm screw ● Work Material:brassBar Stock Dia. φ7 Number of start 2
Major Dia. φ6 Helix Angle 10.1°
Minor Dia. φ4 Hand of thread Left
Cutting conditionMain Spindle Speed
(min-1) 30 Speed of whirling cutter(min-1) 3,200
Lead=Feed(㎜/rev) 2.8
NTKThread Whirling
9-inserts25 sec
Single-point cutting 50 sec
NTK Thread Whirling reduced total cycle-time by half from single-point screw cutting
Bone screw ● Work Material:316 StainlessBar Stock Dia. φ8 Number of start 1Major Dia. φ3.45 Helix Angle 7.5°Minor Dia. φ2.67 Hand of thread Right
Cutting conditionMain Spindle Speed
(min-1) 23 Speed of whirling cutter(min-1) 2,000
Pitch=Feed(㎜/rev) 1.24
NTKThread Whirling
9-inserts2600 pcs
Competitor's Thread Whirling 6-inserts 1000 pcs
NTK thread whirling resulted up to 2.6 times better tool life than competitor's
Pin ● Work Material:HastelloyBar Stock Dia. φ3 Number of start 1
Major Dia. φ1.5 Helix Angle 4.3°
Minor Dia. φ1.1 Hand of thread Right
Cutting conditionMain Spindle Speed
(min-1) 20 Speed of whirling cutter(min-1) 2,250
Pitch=Feed(㎜/rev) 0.3
NTKThread Whirling
9-inserts600 pcs
Single-point cutting 100 pcs
NTK Thread Whirling offered long tool life for hard-to-cut material "Hastelloy"
Bone screw ● Work Material:316 StainlessBar Stock Dia. φ6.35 Number of start 1Major Dia. φ3.23 Helix Angle 8.5°Minor Dia. φ2.2 Hand of thread Right
Cutting conditionMain Spindle Speed
(min-1) 15 Speed of whirling cutter(min-1) 2,250
Pitch=Feed(㎜/rev) 1.27
NTKThread Whirling
9-inserts1200 pcs
Competitor's Thread Whirling 12-inserts 1000 pcs
Competitor's Thread Whirling 3-inserts 400 pcs
NTK thread whirling resulted up to 3 times better tool life than competitor's
Applicable Thread Geometry (Approximated)
●Helix Angle~About 30° (Subject to machine and spindle specifications)
●Thread Height~About 0.098 inch
●Pitch~About 0.138 inch●Depth of Cut~About 0.157 inch per side
●Number of threads Acceptable as the situation demands
●Bar Stock Diameter ~Aboutφ0.394 inch (For cutters with 12mm ID)
The geometries shown above are approximated and could vary by actual applications
[ Threa
ding
]For Swiss-type Lathes
J91
ID Tooling
●Product Lines ………………………J92●Solid Carbide Bars(STICK DUO) …J94
●Boring ●Grooving ●Threading
●Solid Carbide Inserts …………… J104●Boring
●Boring Bars With Indexable Inserts … J106 (Mogul Bar)
●Boring ●Grooving ●Threading
J
For Swiss-type Lathes
[ ID
Too
ling ]
J92
ID Tooling
SBFS (Solid carbide bars)
Min. Bore Dia. φ.079"
SBFB (Solid carbide bars)
Min. Bore Dia. φ.079"
NTK ID Tooling - Product Lines
"S" chip breaker
Sharp cutting edge
"H" Flat type
Mirror finish edge
"F" chip breaker
Evacuates chips BACKWARD
Stick Duo Hyper comes with superior repeatability than conventional Stick Duo
SHFS (Solid carbide bars)
Min. Bore Dia. φ.079"
Hyper
Stick Duo Hyper comes with superior repeatability than conventional Stick Duo
SHFB (Solid carbide bars)
Min. Bore Dia. φ.079"
Hyper
LBMA/LBMA-S DS-LBMB
Min. Bore Dia. φ.039" Min. Bore Dia. φ.039"
■ Minimum Bore Diameter: φ.039" to .323" Solid Carbide Type
➡J105 ➡J105
➡J94 ➡J98
➡J94 ➡J98
[ ID
Too
ling ]
For Swiss-type Lathes
J93
■ Minimum Bore Diameter: φ.197" - MogulBar - Boring bars with indexable inserts
SBG/SFG
Min. Bore Dia. φ.118"
BG (Steel shank)
Min. Bore Dia. φ.394"
SBT
Min. Bore Dia. φ.118"
TGC (Carbide shank)HN59 (Steel shank)
Min. Bore Dia. φ.315"
■ ID Grooving ■ ID Threading
C-MBR (Carbide shank) S-MBR (Steel shank) C-SEXR (Carbide shank) S-SEXR (Steel shank)
Min. Bore Dia. φ.197" Min. Bore Dia. φ.197" Min. Bore Dia. φ.236" Min. Bore Dia. φ.236"
➡J106 ➡J106 ➡J107 ➡J107
C-STUC/P (Carbide shank) S-STUC/P (Steel shank) C-SCLC/P (Carbide shank) S-SCLC/P (Steel shank)
Min. Bore Dia. φ.315" Min. Bore Dia. φ.315" Min. Bore Dia. φ.276" Min. Bore Dia. φ.276"
➡J109 ➡J108➡J109 ➡J108
➡J100 ➡J111 ➡J101 ➡J112
C-STZ (Carbide shank)
Min. Bore Dia. φ.394"
➡J109
[ ID
Too
ling ]
For Swiss-type Lathes
J94
ID Tooling
(Inch, Metric)
Item NumberMin Bore Dia.
ChipbreakerGrade
(Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) TM4SHFS020R005S .079 2 .087 2.2 50 10 0.9 1.8 0.25 .002 0.05 Type S ●
SHFS025R005S .098 2.5 .106 2.7 50 12.5 1.15 2.3 0.30 .002 0.05 Type S ●
SHFS025R015S .098 2.5 .106 2.7 50 12.5 1.15 2.3 0.30 .006 0.15 Type S ●
SHFS030R005S .118 3 .126 3.2 50 15 1.4 2.7 0.40 .002 0.05 Type S ●
SHFS030R015S .118 3 .126 3.2 50 15 1.4 2.7 0.40 .006 0.15 Type S ●
SHFS035R005S .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.40 .002 0.05 Type S ●
SHFS035R015S .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.40 .006 0.15 Type S ●
SHFS040R005S .157 4 .165 4.2 60 20 1.9 3.6 0.45 .002 0.05 Type S ●
SHFS040R015S .157 4 .165 4.2 60 20 1.9 3.6 0.45 .006 0.15 Type S ●
SHFS050R005S .197 5 .205 5.2 70 25 2.4 4.5 0.50 .002 0.05 Type S ●
SHFS050R015S .197 5 .205 5.2 70 25 2.4 4.5 0.50 .006 0.15 Type S ●
5°
5°
■SHFS-S type(for ID Boring) / Minimum Boring Diameter .087" (2.2㎜)Hyper
(Inch, Metric)
Item NumberMin Bore Dia.
ChipbreakerGrade
(Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) TM4SHFB020R005F .087 2 .087 2.2 50 8 0.95 1.8 0.25 .002 0.05 Type F ●
SHFB025R005F .098 2.5 .106 2.7 50 12.5 1.2 2.3 0.30 .002 0.05 Type F ●
SHFB025R015F .098 2.5 .106 2.7 50 12.5 1.2 2.3 0.30 .006 0.15 Type F ●
SHFB030R005F .118 3 .126 3.2 50 15 1.4 2.7 0.45 .002 0.05 Type F ●
SHFB030R015F .118 3 .126 3.2 50 15 1.4 2.7 0.45 .006 0.15 Type F ●
SHFB035R005F .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.50 .002 0.05 Type F ●
SHFB035R015F .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.50 .006 0.15 Type F ●
SHFB040R005F .157 4 .165 4.2 60 20 1.9 3.6 0.50 .002 0.05 Type F ●
SHFB040R015F .157 4 .165 4.2 60 20 1.9 3.6 0.50 .006 0.15 Type F ●
SHFB050R005F .197 5 .205 5.2 70 25 2.4 4.5 0.70 .002 0.05 Type F ●
SHFB050R015F .197 5 .205 5.2 70 25 2.4 4.5 0.70 .006 0.15 Type F ●
■SHFB-F type(for ID Boring) / Minimum Boring Diameter .087" (2.2㎜)
5°
2°30°
Evacuate chips backward
●:Stock ○: 1-2 week delivery M: Mirror finish
[ ID
Too
ling ]
For Swiss-type Lathes
J95
(Inch, Metric)
Item NumberMin Bore Dia.
ChipbreakerGrade
(Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) TM4SHFS020R005H .079 2 .087 2.2 50 10 0.9 1.8 0.25 .002 0.05 None ●
SHFS025R005H .098 2.5 .106 2.7 50 12.5 1.15 2.3 0.30 .002 0.05 None ●
SHFS025R015H .098 2.5 .106 2.7 50 12.5 1.15 2.3 0.30 .006 0.15 None ●
SHFS030R005H .118 3 .126 3.2 50 15 1.4 2.7 0.40 .002 0.05 None ●
SHFS030R015H .118 3 .126 3.2 50 15 1.4 2.7 0.40 .006 0.15 None ●
SHFS035R005H .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.40 .002 0.05 None ●
SHFS035R015H .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.40 .006 0.15 None ●
SHFS040R005H .157 4 .165 4.2 60 20 1.9 3.6 0.45 .002 0.05 None ●
SHFS040R015H .157 4 .165 4.2 60 20 1.9 3.6 0.45 .006 0.15 None ●
SHFS050R005H .197 5 .205 5.2 70 25 2.4 4.5 0.50 .002 0.05 None ●
SHFS050R015H .197 5 .205 5.2 70 25 2.4 4.5 0.50 .006 0.15 None ●
■SHFS-H type(for ID Boring) / Minimum Boring Diameter .087" (2.2㎜)
5°
5°
■Cutting Conditions ➡J19
Mirror finish
M
M
M
M
M
M
M
M
M
M
M
[ ID
Too
ling ]
For Swiss-type Lathes
J96
ID Tooling■HY-NBH / Toolholders Available Shank Size .630" (16㎜) to .1" (25.4㎜) Diameter
Item Number Stockφ φ φ Clamp Screws
(Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) ① ② ③HY-NBH02016H ○ .079 2.0 .630 16 11 15 100 15 9.5 SS04045FS SS0406F SS0404FHY-NBH02516H ○ .098 2.5 .630 16 11.5 15 100 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03016H ○ .118 3.0 .630 16 12 15 100 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03516H ○ .138 3.5 .630 16 12.5 15 100 20 12 SS04045FS SS0404F SS0404FHY-NBH04016H ○ .157 4.0 .630 16 13 15 100 20 12 SS04045FS SS0404F SS0404FHY-NBH05016H ○ .197 5.0 .630 16 14 15 100 20 12 SS04045FS SS0404F SS0404FHY-NBH02019K ● .079 2.0 3/4 11 18 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH02519K ● .098 2.5 3/4 11.5 18 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03019K ● .118 3.0 3/4 12 18 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03519K ● .138 3.5 3/4 12.5 18 125 20 12 SS04045FS SS0406F SS0404FHY-NBH04019K ● .157 4.0 3/4 13 18 125 20 12 SS04045FS SS0406F SS0404FHY-NBH05019K ● .197 5.0 3/4 14 18 125 20 12 SS04045FS SS0406F SS0404FHY-NBH02020K ○ .079 2.0 .787 20 11 19 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH02520K ○ .098 2.5 .787 20 11.5 19 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03020K ○ .118 3.0 .787 20 12 19 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03520K ○ .138 3.5 .787 20 12.5 19 125 20 12 SS04045FS SS0406F SS0404FHY-NBH04020K ○ .157 4.0 .787 20 13 19 125 20 12 SS04045FS SS0406F SS0404FHY-NBH05020K ○ .197 5.0 .787 20 14 19 125 20 12 SS04045FS SS0406F SS0404FHY-NBH02022K ● .079 2.0 .866 22 11 21 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH02522K ● .098 2.5 .866 22 11.5 21 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03022K ● .118 3.0 .866 22 12 21 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03522K ● .138 3.5 .866 22 12.5 21 125 20 12 SS04045FS SS0406F SS0404FHY-NBH04022K ● .157 4.0 .866 22 13 21 125 20 12 SS04045FS SS0406F SS0404FHY-NBH05022K ● .197 5.0 .866 22 14 21 125 20 12 SS04045FS SS0406F SS0404FHY-NBH02025K-MET ○ .079 2.0 .984 25 11 24 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH02525K-MET ○ .098 2.5 .984 25 11.5 24 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03025K-MET ○ .118 3.0 .984 25 12 24 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03525K-MET ○ .138 3.5 .984 25 12.5 24 125 20 12 SS04045FS SS0406F SS0404FHY-NBH04025K-MET ○ .157 4.0 .984 25 13 24 125 20 12 SS04045FS SS0406F SS0404FHY-NBH05025K-MET ○ .197 5.0 .984 25 14 24 125 20 12 SS04045FS SS0406F SS0404FHY-NBH02025K ● .079 2.0 1 11 24 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH02525K ● .098 2.5 1 11.5 24 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03025K ● .118 3.0 1 12 24 125 15 9.5 SS04045FS SS0406F SS0404FHY-NBH03525K ● .138 3.5 1 12.5 24 125 20 12 SS04045FS SS0406F SS0404FHY-NBH04025K ● .157 4.0 1 13 24 125 20 12 SS04045FS SS0406F SS0404FHY-NBH05025K ● .197 5.0 1 14 24 125 20 12 SS04045FS SS0406F SS0404F
■Spare Parts
Item Description Item Number
Overhang Adjustment Ball Screw SS0812R
Ball Screw Fixture SS0808F
Clamp Screw Wrench LW-2
Please refer to φ to find correct-size inserts (bars)
4
201 3 2
φD1
φD
2
φh
h
L1
L2
L3
●:Stock ○: 1-2 week delivery
Hyper
[ ID
Too
ling ]
For Swiss-type Lathes
J97
●Boring Tool Clamping Procedure
①Position the overhang adjustment ball screw to determine overhang amount②Slide the ball screw fixture to secure the ball screw location③Insert a boring bar (tool)Note: Make sure to insert the boring bar correctly so that the rake faces toward the side where clamp screws are
located
**④Positioning Clamp Screw ⑤Clamp Screw ①Overhang Adjustment Ball Screw
③Boring Bar(Tool)
⑥Side Clamp Screw ②Ball Screw Fixture
④Secure the boring bar by tightening the positioning clamp screw ▲
Recommended Clamping Torque:17.7 lb in** Make sure to clamp the boring bar so that flat surface of the bar makes proper contacts with clamp screws
RakeClamp Screws Caution: Improper installation dramatically increases
the chance of chipping cutting edge
Correct Incorrect
⑤Secure the boring bar by tightening the remaining clamp screws ▲
Recommended Clamping Torque:17.7 lb in ⑥ Even if 4 and 5 cannot be applied due to tool clearance and layout, the tool can be used only by using side clampOnce the initial setup is complete, repeat the above procedures 3 thru 5 for each index
Improper clamping of boring bar causes unstable centerline height and offset
●When tool is installed upside down
Toolholder must be installed so that clamp screws and rake of the tool face toward the same side
Rake
Clamp Screws
Installation Procedure for STICK DUO Hyper
[ ID
Too
ling ]
For Swiss-type Lathes
J98
ID Tooling
(Inch, Metric)
Item NumberMin Bore Dia.
ChipbreakerGrade
(Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) ZM3SBFB020R005F .087 2 .087 2.2 50 8 0.95 1.8 0.25 .002 0.05 Type F ○SBFB025R005F .098 2.5 .106 2.7 50 12.5 1.2 2.3 0.30 .002 0.05 Type F ○SBFB025R015F .098 2.5 .106 2.7 50 12.5 1.2 2.3 0.30 .006 0.15 Type F ○SBFB030R005F .118 3 .126 3.2 50 15 1.4 2.7 0.45 .002 0.05 Type F ○SBFB030R015F .118 3 .126 3.2 50 15 1.4 2.7 0.45 .006 0.15 Type F ○SBFB035R005F .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.50 .002 0.05 Type F ○SBFB035R015F .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.50 .006 0.15 Type F ○SBFB040R005F .157 4 .165 4.2 60 20 1.9 3.6 0.50 .002 0.05 Type F ○SBFB040R015F .157 4 .165 4.2 60 20 1.9 3.6 0.50 .006 0.15 Type F ○SBFB050R005F .197 5 .205 5.2 70 25 2.4 4.5 0.70 .002 0.05 Type F ○SBFB050R015F .197 5 .205 5.2 70 25 2.4 4.5 0.70 .006 0.15 Type F ○SBFB060R005F .236 6 .244 6.2 80 30 2.9 5.4 0.90 .002 0.05 Type F ○SBFB060R015F .236 6 .244 6.2 80 30 2.9 5.4 0.90 .006 0.15 Type F ○
■SBFB-F type / Minimum Boring Diameter .087" (2.2㎜)
Evacuate chips backward
(Inch, Metric)
Item NumberMin Bore Dia.
ChipbreakerGrade
(Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) ZM3SBFS020R005S .079 2 .087 2.2 50 10 0.9 1.8 0.25 .002 0.05 Type S ○SBFS025R005S .098 2.5 .106 2.7 50 12.5 1.15 2.3 0.30 .002 0.05 Type S ○SBFS025R015S .098 2.5 .106 2.7 50 12.5 1.15 2.3 0.30 .006 0.15 Type S ○SBFS030R005S .118 3 .126 3.2 50 15 1.4 2.7 0.40 .002 0.05 Type S ○SBFS030R015S .118 3 .126 3.2 50 15 1.4 2.7 0.40 .006 0.15 Type S ○SBFS035R005S .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.40 .002 0.05 Type S ○SBFS035R015S .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.40 .006 0.15 Type S ○SBFS040R005S .157 4 .165 4.2 60 20 1.9 3.6 0.45 .002 0.05 Type S ○SBFS040R015S .157 4 .165 4.2 60 20 1.9 3.6 0.45 .006 0.15 Type S ○SBFS050R005S .197 5 .205 5.2 70 25 2.4 4.5 0.50 .002 0.05 Type S ○SBFS050R015S .197 5 .205 5.2 70 25 2.4 4.5 0.50 .006 0.15 Type S ○SBFS060R005S .236 6 .244 6.2 80 30 2.9 5.4 0.60 .002 0.05 Type S ○SBFS060R015S .236 6 .244 6.2 80 30 2.9 5.4 0.60 .006 0.15 Type S ○
■SBFS-S type / Minimum Boring Diameter .087" (2.2㎜)
●:Stock ○: 1-2 week delivery M: Mirror finish
[ ID
Too
ling ]
For Swiss-type Lathes
J99
(Inch, Metric)
Item NumberMin Bore Dia.
ChipbreakerGrade
(Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) ZM3SBFS020R005H .079 2 .087 2.2 50 10 0.9 1.8 0.25 .002 0.05 None ○SBFS025R005H .098 2.5 .106 2.7 50 12.5 1.15 2.3 0.30 .002 0.05 None ○SBFS025R015H .098 2.5 .106 2.7 50 12.5 1.15 2.3 0.30 .006 0.15 None ○SBFS030R005H .118 3 .126 3.2 50 15 1.4 2.7 0.40 .002 0.05 None ○SBFS030R015H .118 3 .126 3.2 50 15 1.4 2.7 0.40 .006 0.15 None ○SBFS035R005H .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.40 .002 0.05 None ○SBFS035R015H .138 3.5 .146 3.7 60 17.5 1.65 3.2 0.40 .006 0.15 None ○SBFS040R005H .157 4 .165 4.2 60 20 1.9 3.6 0.45 .002 0.05 None ○SBFS040R015H .157 4 .165 4.2 60 20 1.9 3.6 0.45 .006 0.15 None ○SBFS050R005H .197 5 .205 5.2 70 25 2.4 4.5 0.50 .002 0.05 None ○SBFS050R015H .197 5 .205 5.2 70 25 2.4 4.5 0.50 .006 0.15 None ○SBFS060R005H .236 6 .244 6.2 80 30 2.9 5.4 0.60 .002 0.05 None ○SBFS060R015H .236 6 .244 6.2 80 30 2.9 5.4 0.60 .006 0.15 None ○SBFS080R005H .315 8 .323 8.2 80 30 3.9 7.3 0.80 .002 0.05 None ○SBFS080R015H .315 8 .323 8.2 80 30 3.9 7.3 0.80 .006 0.15 None ○
■SBFS-H type / Minimum Boring Diameter .087" (2.2㎜)
Mirror finish
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
[ ID
Too
ling ]
For Swiss-type Lathes
J100
ID Tooling
(Inch, Metric)
Item Number Min Bore Dia. Chip-breaker
Grade(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) ZM3
Regular type
SBG030050RB .118 3 .020 0.50 .118 3 50 9 1.3 2.7 0.8 .002 0.05 Yes ●SBG030075RB .118 3 .030 0.75 .118 3 50 9 1.3 2.7 0.8 .002 0.05 Yes ●SBG030100RB .118 3 .039 1.00 .118 3 50 9 1.3 2.7 0.8 .002 0.05 Yes ●SBG040050RB .157 4 .020 0.50 .157 4 60 12 1.8 3.6 1.0 .002 0.05 Yes ●SBG040075RB .157 4 .030 0.75 .157 4 60 12 1.8 3.6 1.0 .002 0.05 Yes ●SBG040100RB .157 4 .039 1.00 .157 4 60 12 1.8 3.6 1.0 .002 0.05 Yes ●SBG050050RB .197 5 .020 0.50 .197 5 70 20 2.3 4.5 1.2 .002 0.05 Yes ●SBG050100RB .197 5 .039 1.00 .197 5 70 20 2.3 4.5 1.2 .002 0.05 Yes ●SBG050150RB .197 5 .059 1.50 .197 5 70 20 2.3 4.5 1.2 .002 0.05 Yes ●SBG060100RB .236 6 .039 1.00 .236 6 80 20 2.8 5.4 1.8 .002 0.05 Yes ●SBG060150RB .236 6 .059 1.50 .236 6 80 20 2.8 5.4 1.8 .002 0.05 Yes ●SBG060200RB .236 6 .079 2.00 .236 6 80 20 2.8 5.4 1.8 .002 0.05 Yes ●SBG080100RB .315 8 .039 1.00 .315 8 80 20 3.8 7.3 2.2 .002 0.05 Yes ●SBG080150RB .315 8 .059 1.50 .315 8 80 20 3.8 7.3 2.2 .002 0.05 Yes ●SBG080200RB .315 8 .079 2.00 .315 8 80 20 3.8 7.3 2.2 .002 0.05 Yes ●
Short type
SBG030050RB-S .118 3 .020 0.50 .118 3 50 4.5 1.3 2.7 0.8 .002 0.05 Yes ○SBG030075RB-S .118 3 .030 0.75 .118 3 50 4.5 1.3 2.7 0.8 .002 0.05 Yes ○SBG030100RB-S .118 3 .039 1.00 .118 3 50 4.5 1.3 2.7 0.8 .002 0.05 Yes ○SBG030150RB-S .118 3 .059 1.50 .118 3 50 4.5 1.3 2.7 0.8 .002 0.05 Yes ○SBG040050RB-S .157 4 .020 0.50 .157 4 60 6 1.8 3.6 1.0 .002 0.05 Yes ○SBG040075RB-S .157 4 .030 0.75 .157 4 60 6 1.8 3.6 1.0 .002 0.05 Yes ○SBG040100RB-S .157 4 .039 1.00 .157 4 60 6 1.8 3.6 1.0 .002 0.05 Yes ○SBG040150RB-S .157 4 .059 1.50 .157 4 60 6 1.8 3.6 1.0 .002 0.05 Yes ○SBG050050RB-S .197 5 .020 0.50 .197 5 70 7.5 2.3 4.5 1.2 .002 0.05 Yes ○SBG050100RB-S .197 5 .039 1.00 .197 5 70 7.5 2.3 4.5 1.2 .002 0.05 Yes ○SBG050150RB-S .197 5 .059 1.50 .197 5 70 7.5 2.3 4.5 1.2 .002 0.05 Yes ○SBG050200RB-S .197 5 .079 2.00 .197 5 70 7.5 2.3 4.5 1.2 .002 0.05 Yes ○SBG060100RB-S .236 6 .039 1.00 .236 6 80 7.5 2.8 5.4 1.8 .002 0.05 Yes ○SBG060150RB-S .236 6 .059 1.50 .236 6 80 7.5 2.8 5.4 1.8 .002 0.05 Yes ○SBG060200RB-S .236 6 .079 2.00 .236 6 80 7.5 2.8 5.4 1.8 .002 0.05 Yes ○SBG080100RB-S .315 8 .039 1.00 .315 8 80 8.5 3.8 7.3 2.2 .002 0.05 Yes ○SBG080150RB-S .315 8 .059 1.50 .315 8 80 8.5 3.8 7.3 2.2 .002 0.05 Yes ○SBG080200RB-S .315 8 .079 2.00 .315 8 80 8.5 3.8 7.3 2.2 .002 0.05 Yes ○
(Inch, Metric)
Item Number Min Bore Dia. Chip-breaker
Grade(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) TM4
SFG060R100B .236 6 .039 1.00 .236 6 80 16.0 2.8 5.4 1.5 .002 0.05 Yes ○SFG060R150B .236 6 .059 1.50 .236 6 80 16.0 2.8 5.4 2.5 .002 0.05 Yes ○SFG060R200B .236 6 .079 2.00 .236 6 80 16.0 2.8 5.4 3.0 .002 0.05 Yes ○SFG080R100B .315 8 .039 1.00 .315 8 80 16.0 3.8 7.3 1.5 .002 0.05 Yes ○SFG080R150B .315 8 .059 1.50 .315 8 80 16.0 3.8 7.3 2.5 .002 0.05 Yes ○SFG080R200B .315 8 .079 2.00 .315 8 80 16.0 3.8 7.3 3.0 .002 0.05 Yes ○SFG080R300B .315 8 .118 3.00 .315 8 80 16.0 3.8 7.3 3.0 .002 0.05 Yes ○
■SBG (for ID Grooving)Minimum Bore Diameter .118" (3.0㎜)
■SFG (for ID Face Grooving)Minimum Bore Diameter .236" (6.0㎜)
■Cutting Conditions ➡J18
2°2°
± .001
Regular Type
Short Type
± .001
●:Stock ○: 1-2 week delivery
[ ID
Too
ling ]
For Swiss-type Lathes
J101
(Inch, Metric)
Item NumberMin Bore Dia. Pitch range Grade
(Inch) (㎜) (Inch) (㎜) Pitch(㎜) TPI (㎜) (㎜) (㎜) (㎜) (㎜) (Inch) (㎜) ZM3SBT025M3R .098 2.5 .118 3.0 0.5 50 50 5.4 1.10 2.3 0.6 .002 Max Flat 0.05 Max Flat ●SBT030M4R .118 3.0 .118 3.0 0.5-0.8 36-32 50 7.5 1.30 2.7 0.8 .002 Max Flat 0.05 Max Flat ●SBT030M4RB .118 3.0 .118 3.0 0.5-0.8 36-32 50 7.5 1.30 2.7 0.8 .002 Max Flat 0.05 Max Flat ●SBT035M5RB .138 3.5 .138 3.5 0.5-1.0 32-24 60 8.5 1.55 3.2 1.0 .002 Max Flat 0.05 Max Flat ●SBT040M6RB .157 4.0 .157 4.0 0.75-1.25 28-20 60 10.5 1.80 3.6 1.2 R.002 R0.05 ●SBT050M8RB .197 5.0 .197 5.0 0.75-1.5 28-18 70 15.8 2.30 4.5 1.5 R.002 R0.05 ●SBT060M10RB .236 6.0 .236 6.0 0.75-1.75 24-16 80 18.4 2.80 5.4 1.8 R.002 R0.05 ●
■SBT (for ID Threading) / Minimum Bore Diameter .118" (3.0㎜)
■Cutting Conditions ➡J19
●Threading
For 600 - 1500 RPM Recommended Depth of Cut (DOC) for Each Pass
Metric Thread Number of Pass
Pitch(㎜) Total DOC(㎜) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
0.5 0.3 0.06 0.05 0.05 0.04 0.04 0.03 0.02 0.01 ― ― ― ― ― ― ― ― ― ― ― ― ―0.7 0.43 0.06 0.06 0.06 0.05 0.05 0.05 0.04 0.03 0.02 0.01 ― ― ― ― ― ― ― ― ― ― ―0.75 0.46 0.06 0.06 0.06 0.05 0.05 0.04 0.04 0.04 0.03 0.02 0.01 ― ― ― ― ― ― ― ― ― ―0.8 0.49 0.06 0.06 0.06 0.05 0.05 0.04 0.04 0.04 0.03 0.03 0.02 0.01 ― ― ― ― ― ― ― ― ―1.0 0.62 0.07 0.07 0.06 0.06 0.05 0.05 0.05 0.04 0.04 0.04 0.03 0.03 0.02 0.01 ― ― ― ― ― ― ―1.25 0.76 0.07 0.07 0.07 0.07 0.07 0.06 0.06 0.06 0.05 0.05 0.04 0.03 0.03 0.02 0.01 ― ― ― ― ― ―1.5 0.92 0.07 0.07 0.07 0.07 0.07 0.07 0.06 0.06 0.06 0.05 0.05 0.05 0.04 0.04 0.03 0.03 0.02 0.01 ― ― ―1.75 1.09 0.07 0.07 0.07 0.07 0.07 0.07 0.06 0.06 0.06 0.06 0.06 0.05 0.05 0.05 0.05 0.04 0.04 0.03 0.03 0.02 0.01
UNF Thread Number of Pass
Pitch(TPI) Total DOC(inch) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
36 0.43 .002 .002 .002 .002 .002 .002 .001 .001 .0008 .0004 ― ― ― ― ― ― ― ― ―32 0.49 .002 .002 .002 .002 .002 .001 .001 .001 .001 .0008 .0004 ― ― ― ― ― ― ― ―28 0.56 .003 .002 .002 .002 .002 .002 .001 .001 .001 .001 .001 .0008 .0004 ― ― ― ― ― ―24 0.66 .003 .002 .002 .002 .002 .002 .002 .002 .001 .001 .001 .001 .0008 .0004 ― ― ― ― ―20 0.78 .003 .003 .003 .003 .002 .002 .002 .002 .002 .002 .001 .001 .001 .001 .0008 .0004 ― ― ―18 0.87 .003 .003 .003 .003 .003 .002 .002 .002 .002 .002 .002 .002 .001 .001 .001 .0008 .0004 ― ―16 0.98 .003 .003 .003 .003 .003 .003 .003 .002 .002 .002 .002 .002 .002 .001 .001 .001 .001 .0008 .0004
60°
For Tools with .118”- .154”(3-4㎜) Shank Diameter(Ds)
For Tools with .197”- .236”(5-6㎜) Shank Diameter(Ds)
gg
[ ID
Too
ling ]
For Swiss-type Lathes
J102
ID Tooling
(Metric, ㎜)
Item number Stockφ φ Dimensions (㎜) Clamp screw
Wrench(Inch) (㎜) (Inch) (㎜) φ ① ② ③
NBH02015H ○ .079 2.0 5/8 15 15 100 10 SS0406F SS0406F LW-2
NBH02515H ○ .098 2.5 5/8 15 15 100 10 SS0406F SS0406F LW-2
NBH03015H ○ .118 3.0 5/8 15 15 100 10 10 SS0404F SS0404F SS0404F LW-2
NBH03515H ○ .138 3.5 5/8 15 15 100 10 10 SS0404F SS0404F SS0404F LW-2
NBH04015H ○ .157 4.0 5/8 15 15 100 15 15 SS0404F SS0404F SS0404F LW-2
NBH04515H ○ .177 4.5 5/8 15 15 100 15 15 SS0404F SS0404F SS0404F LW-2
NBH05015H ○ .197 5.0 5/8 15 15 100 15 15 SS0404F SS0404F SS0404F LW-2
NBH06015H ○ .236 6.0 5/8 15 15 100 20 20 SS0404F SS0404F SS0404F LW-2
NBH08015H ○ .315 8.0 5/8 15 15 100 20 20 SS0403F SS0403F SS0403F LW-2
NBH02016H ○ .079 2.0 .630 16 15 15 100 10 SS0406F SS0406F LW-2
NBH02516H ○ .098 2.5 .630 16 15 15 100 10 SS0406F SS0406F LW-2
NBH03016H ○ .118 3.0 .630 16 15 15 100 10 10 SS0404F SS0404F SS0404F LW-2
NBH03516H ○ .138 3.5 .630 16 15 15 100 10 10 SS0404F SS0404F SS0404F LW-2
NBH04016H ○ .157 4.0 .630 16 15 15 100 15 15 SS0404F SS0404F SS0404F LW-2
NBH04516H ○ .177 4.5 .630 16 15 15 100 15 15 SS0404F SS0404F SS0404F LW-2
NBH05016H ○ .197 5.0 .630 16 15 15 100 15 15 SS0404F SS0404F SS0404F LW-2
NBH06016H ○ .236 6.0 .630 16 15 15 100 20 20 SS0404F SS0404F SS0404F LW-2
NBH07016H ○ .276 7.0 .630 16 15 15 100 20 20 SS0403F SS0404F SS0404F LW-2
NBH08016H ○ .315 8.0 .630 16 15 15 100 20 20 SS0403F SS0403F SS0403F LW-2
NBH02019K ○ .079 2.0 3/4 18 18 125 10 SS0408F SS0408F LW-2
NBH02519K ○ .098 2.5 3/4 18 18 125 10 SS0408F SS0408F LW-2
NBH03019K ○ .118 3.0 3/4 18 18 125 10 10 SS0406F SS0406F SS0406F LW-2
NBH03519K ○ .138 3.5 3/4 18 18 125 10 10 SS0406F SS0406F SS0406F LW-2
NBH04019K ○ .157 4.0 3/4 18 18 125 15 15 SS0406F SS0406F SS0406F LW-2
NBH04519K ○ .177 4.5 3/4 18 18 125 15 15 SS0406F SS0406F SS0406F LW-2
NBH05019K ○ .197 5.0 3/4 18 18 125 15 15 SS0406F SS0406F SS0406F LW-2
NBH06019K ○ .236 6.0 3/4 18 18 125 20 20 SS0406F SS0406F SS0406F LW-2
NBH07019K ○ .276 7.0 3/4 18 18 125 20 20 SS0404F SS0404F SS0404F LW-2
NBH08019K ○ .315 8.0 3/4 18 18 125 20 20 SS0404F SS0404F SS0404F LW-2
NBH10019K ○ .394 10.0 3/4 18 18 125 20 20 SS0403F SS0404F SS0404F LW-2
① ② ③
5
10
■NBH / Shank dimeter:φ5/8"(15.875㎜ ) to 3/4"(19.05㎜ )
●:Stock ○: 1-2 week delivery
[ ID
Too
ling ]
For Swiss-type Lathes
J103
(Metric, ㎜)
Item number Stock φ φ Dimensions (㎜) Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) φ ① ② ③NBH02020K ○ .079 2.0 .787 20 11 19 125 10 SS0404F SS0404F LW-2NBH02520K ○ .098 2.5 .787 20 11 19 125 10 SS0404F SS0404F LW-2NBH03020K ○ .118 3.0 .787 20 12 19 125 10 10 SS0404F SS0404F SS0406F LW-2NBH03520K ○ .138 3.5 .787 20 12 19 125 10 10 SS0404F SS0404F SS0406F LW-2NBH04020K ○ .157 4.0 .787 20 13 19 125 15 15 SS0404F SS0406F SS0406F LW-2NBH04520K ○ .177 4.5 .787 20 13 19 125 15 15 SS0404F SS0406F SS0406F LW-2NBH05020K ○ .197 5.0 .787 20 14 19 125 15 15 SS0404F SS0406F SS0406F LW-2NBH06020K ○ .236 6.0 .787 20 15 19 125 20 20 SS0404F SS0406F SS0406F LW-2NBH07020K ○ .276 7.0 .787 20 16 19 125 20 20 SS0404F SS0406F SS0406F LW-2NBH08020K ○ .315 8.0 .787 20 17 19 125 20 20 SS0404F SS0404F SS0404F LW-2NBH10020K ○ .394 10.0 .787 20 19 19 125 20 20 SS0404F SS0404F SS0404F LW-2NBH02022K ○ .079 2.0 .866 22 11 21 125 10 SS0404F SS0406F LW-2NBH02522K ○ .098 2.5 .866 22 11 21 125 10 SS0404F SS0406F LW-2NBH03022K ○ .118 3.0 .866 22 12 21 125 10 10 SS0404F SS0406F SS0408F LW-2NBH03522K ○ .138 3.5 .866 22 12 21 125 10 10 SS0404F SS0406F SS0406F LW-2NBH04022K ○ .157 4.0 .866 22 13 21 125 15 15 SS0404F SS0406F SS0406F LW-2NBH04522K ○ .177 4.5 .866 22 13 21 125 15 15 SS0404F SS0406F SS0406F LW-2NBH05022K ○ .197 5.0 .866 22 14 21 125 15 15 SS0404F SS0406F SS0406F LW-2NBH06022K ○ .236 6.0 .866 22 15 21 125 20 20 SS0404F SS0406F SS0406F LW-2NBH07022K ○ .276 7.0 .866 22 16 21 125 20 20 SS0404F SS0406F SS0406F LW-2NBH08022K ○ .315 8.0 .866 22 17 21 125 20 20 SS0404F SS0406F SS0406F LW-2NBH10022K ○ .394 10.0 .866 22 19 21 125 20 20 SS0404F SS0404F SS0404F LW-2NBH12022K ○ .472 12.0 .866 22 21 21 125 25 25 SS0404F SS0404F SS0404F LW-2NBH02023K ○ .079 2.0 .906 23 11 21 125 10 SS0404F SS0406F LW-2NBH02523K ○ .098 2.5 .906 23 11 21 125 10 SS0404F SS0406F LW-2NBH03023K ○ .118 3.0 .906 23 12 21 125 10 10 SS0404F SS0406F SS0408F LW-2NBH03523K ○ .138 3.5 .906 23 12 21 125 10 10 SS0404F SS0406F SS0406F LW-2NBH04023K ○ .157 4.0 .906 23 13 21 125 15 15 SS0404F SS0406F SS0406F LW-2NBH04523K ○ .177 4.5 .906 23 13 21 125 15 15 SS0404F SS0406F SS0406F LW-2NBH05023K ○ .197 5.0 .906 23 14 21 125 15 15 SS0404F SS0406F SS0406F LW-2NBH06023K ○ .236 6.0 .906 23 15 21 125 20 20 SS0404F SS0406F SS0406F LW-2NBH08023K ○ .315 8.0 .906 23 17 21 125 20 20 SS0404F SS0406F SS0406F LW-2NBH10023K ○ .394 10.0 .906 23 19 21 125 20 20 SS0404F SS0404F SS0404F LW-2NBH12023K ○ .472 12.0 .906 23 21 21 125 25 25 SS0404F SS0404F SS0404F LW-2NBH02025K-MET ○ .079 2.0 .984 25 11 24 125 10 SS0404F SS0406F LW-2NBH02525K-MET ○ .098 2.5 .984 25 11 24 125 10 SS0404F SS0406F LW-2NBH03025K-MET ○ .118 3.0 .984 25 12 24 125 10 10 SS0404F SS0406F SS0408F LW-2NBH03525K-MET ○ .138 3.5 .984 25 12 24 125 10 10 SS0404F SS0406F SS0408F LW-2NBH04025K-MET ○ .157 4.0 .984 25 13 24 125 15 15 SS0404F SS0408F SS0408F LW-2NBH04525K-MET ○ .177 4.5 .984 25 13 24 125 15 15 SS0404F SS0408F SS0408F LW-2NBH05025K-MET ○ .197 5.0 .984 25 14 24 125 15 15 SS0404F SS0408F SS0408F LW-2NBH06025K-MET ○ .236 6.0 .984 25 15 24 125 20 20 SS0404F SS0408F SS0408F LW-2NBH07025K-MET ○ .276 7.0 .984 25 16 24 125 20 20 SS0404F SS0408F SS0408F LW-2NBH08025K-MET ○ .315 8.0 .984 25 17 24 125 20 20 SS0404F SS0406F SS0406F LW-2NBH10025K-MET ○ .394 10.0 .984 25 19 24 125 20 20 SS0404F SS0406F SS0406F LW-2NBH12025K-MET ○ .472 12.0 .984 25 21 24 125 25 25 SS0404F SS0404F SS0404F LW-2NBH02025K ○ .079 2.0 1 11 24 125 10 SS0404F SS0406F LW-2NBH02525K ○ .098 2.5 1 11 24 125 10 SS0404F SS0406F LW-2NBH03025K ○ .118 3.0 1 12 24 125 10 10 SS0404F SS0406F SS0408F LW-2NBH03525K ○ .138 3.5 1 12 24 125 10 10 SS0404F SS0406F SS0408F LW-2NBH04025K ○ .157 4.0 1 13 24 125 15 15 SS0404F SS0408F SS0408F LW-2NBH04525K ○ .177 4.5 1 13 24 125 15 15 SS0404F SS0408F SS0408F LW-2NBH05025K ○ .197 5.0 1 14 24 125 15 15 SS0404F SS0408F SS0408F LW-2NBH06025K ○ .236 6.0 1 15 24 125 20 20 SS0404F SS0408F SS0408F LW-2NBH07025K ○ .276 7.0 1 16 24 125 20 20 SS0404F SS0408F SS0408F LW-2NBH08025K ○ .315 8.0 1 17 24 125 20 20 SS0404F SS0406F SS0406F LW-2NBH10025K ○ .394 10.0 1 19 24 125 20 20 SS0404F SS0406F SS0406F LW-2NBH12025K ○ .472 12.0 1 21 24 125 25 25 SS0404F SS0404F SS0404F LW-2
1020
5
① ② ③
■NBH / Shank dimeter:φ.787"(20㎜ ) to 1"(25.4㎜ )
[ ID
Too
ling ]
For Swiss-type Lathes
J104
ID Tooling
■LBMD-S
.472
(12.0)
.354(9.0)
.591(15.0)
.394
(10.0)
Max depth.049
(1.25)
.098
(2.5)
φ
2°
95°
Max depth of cut
〔Min bore dia.〕
LBMD1730FLPB05S LBMD2035FLPB05S
LBMD1020FLPB05S LBMD1430FLPB05S
LBMD2335FLPB05S shown
■LBM .774(18.9)
.354(9.0)Max. depth
.472
(12.0)
.378
(9.6)
.049
(1.25)
.098
(2.5)
θ1
φ〔Min bore diameter〕
θ2
Max. depth
Max. depth
.394
(10.0)
.394
(10.0)
〈Min. bore diameter φ.079(2.0)〉
〈Min. bore diameter φ.039(1.0)〉
Long type
Short type
(Inch, Metric)Min. bore dia. φ Item number
Max.depthChipbreaker
Grade(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) VM1.039 1.0 LBMD 1020 FL PB05S .079 2.0 .002 0.05 Yes ○.055 1.4 LBMD 1430 FL PB05S .118 3.0 .002 0.05 Yes ●.067 1.7 LBMD 1730 FL PB05S .118 3.0 .002 0.05 Yes ○.079 2.0 LBMD 2035 FL PB05S .138 3.5 .002 0.05 Yes ○.091 2.3 LBMD 2335 FL PB05S .138 3.5 .002 0.05 Yes ○
(Inch, Metric)Min. bore dia. φ Item number
Max.depth1 2 Chipbreaker
Grade(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) VM1 ZM3.039 1.0 LBMD 1020 FL VB .079 2.0 95° 10° 0 0 Yes ●.039 1.0 LBMD 1020 FL PB05 .079 2.0 95° 10° .002 0.05 Yes ●.079 2.0 LBMD 2060 FL VB .236 6.0 95° 10° 0 0 Yes ●.079 2.0 LBMD 2060 FL PB05 .236 6.0 95° 10° .002 0.05 Yes ●.118 3.0 LBM 3080 FL VB .315 8.0 90° 2° 0 0 Yes ●.118 3.0 LBM 3080 FL PB05 .315 8.0 90° 2° .002 0.05 Yes ●.118 3.0 LBMC 3080 FL VB .315 8.0 95° 2° 0 0 Yes ○ ○.118 3.0 LBMC 3080 FL PB05 .315 8.0 95° 2° .002 0.05 Yes ○ ○
LBM Series - Inserts
Mirror finish
Mirror finish
●:Stock ○: 1-2 week delivery M: Mirror finish
M
M
M
M
M
M
M
M
MMMMM
[ ID
Too
ling ]
For Swiss-type Lathes
J105
LBM Series - Toolholders■LBMA / Minimum bore diameter φ.039"(1.0㎜)-φ.118"(3.0㎜)
AA
.591(15)
4.724(120)
.591(15)
4.724(120)
AA
■LBMA-S / Minimum bore diameter φ.039"(1.0㎜)-φ.091"(2.3㎜)
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
LBM(C)3080LBMD(E)2060LBMD1020.
LBMAR06-IN ● 3/8 3/8 3/8 0 0 LRIS-4 × 10PW CLR-15SLBMAR08-IN ● 1/2 1/2 1/2 0 0 LRIS-4 × 12PW CLR-15SLBMAR10-IN ● 5/8 5/8 5/8 0 0 LRIS-4 × 12PW CLR-15SLBMAR08 ● .315 8 .315 8 .846 21.5 0 0 LRIS-4 × 10 LLR-25SLBMAR12 ● .472 12 .472 12 .846 21.5 0 0 LRIS-4 × 12PW CLR-15S
LBMD-SLBMAR10S ○ .394 10 .394 10 .709 18 0 0 LRIS-4 × 10PW CLR-15S
LBMAR12S ○ .472 12 .472 12 .709 18 0 0 LRIS-4 × 12PW CLR-15S
■DS-LBMB
Note: DS-LBMBL holders take right hand inserts
(Inch, Metric)
Gage Insert Item number Stockφ
Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
LBMD-SLBM(C)3080LBME2060LBMD2060LBMD1020
DS-LBMBL14F ○ .551 14 .512 13 3.150 80 LRIS-4 × 10PW CLR-15SDS-LBMBL15H ○ 5/8 .591 15 3.937 100 LRIS-4 × 10PW CLR-15SDS-LBMBL16X ○ .630 16 .591 15 3.740 95 LRIS-4 × 10PW CLR-15SDS-LBMBL19 ● 3/4 .709 18 4.724 120 LRIS-4 × 10PW CLR-15SDS-LBMBL20 ● .787 20 .748 19 4.724 120 LRIS-4 × 10PW CLR-15SDS-LBMBL22 ● .866 22 .827 21 4.724 120 LRIS-4 × 10PW CLR-15SDS-LBMBL25-MET ○ .984 25 .945 24 4.724 120 LRIS-4 × 10PW CLR-15SDS-LBMBL25 ● 1 .945 24 5.906 150 LRIS-4 × 10PW CLR-15S
.394(10)
0.0
φd
A
LBM.3 : .250"(6.35㎜)LBM.1 / LBM.2 : .266"(6.75㎜)
[ ID
Too
ling ]
For Swiss-type Lathes
J106
ID Tooling
Bore diameter φ.197"(5.0㎜)~ Steel shank / Carbide shank
Gage Insert Item number* Stockφ Min. bore Dia.
φ φStd. corner radius
Shape Clamp screw Wrench
(㎜) (inch) (㎜ ) (㎜)(㎜)(㎜)(㎜)(㎜)(㎜)(㎜) (inch) (㎜)
MBL S06F-MBRD05-OH ● 6.0 .197 5.0 5.7 80 2.5 13.5 9 - 2.5 0°-13° .0059 0.15 Fig.1 LR-S-2×3.5 CLR-13S
MBL C045F-MBRD05-OH ● 4.5 .197 5.0 4.0 80 2.5 - 9 - 1.5 0°-13° .0059 0.15 Fig.2 LR-S-2×3.5 CLR-13S
MBL C06F-MBRD05-OH ● 6.0 .197 5.0 5.7 80 2.5 18 9 - 1.5 0°-13° .0059 0.15 Fig.3 LR-S-2×3.5 CLR-13S
F1 chipbreakers evacuates chips BACKWARD (S-STUC style shown)
Note: F1 chipbreaker evacuates chips BACKWARD
φ φ
φ
Fig.1
Steel shank(tapered type)
φ
φ φ
Carbide shank(tapered type)
φ
φ φ
Fig.2
Carbide shank(straight type)
10°
【Boring+Face】
Fig.3
.008.004.008
.016
.024
.031
.039
.002Feed
No mark
(IPR)
(Inch)
D.O.C
.008.004.008
.016
.024
.031
.039
.002Feed (IPR)
(Inch)
D.O.C
F1
*For F1 chipbreaker, right-hand inserts fit to right-hand toolholder
* "S" denotes steel shank, "C" denotes carbide shank
■MBRD
■MBL
Item NumberGrade
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) TM4 ZM3MBL
L-hand shown
MBL 005 FL .142 3.6 .039 1.0 .002 0.05 ● ○
MBL 015 FL .142 3.6 .039 1.0 .006 0.15 ● ●
MBL-F1
R-hand shown
MBL 005 FR F1 .142 3.6 .039 1.0 .002 0.05 ●
MBL 015 FR F1 .142 3.6 .039 1.0 .006 0.15 ●
●Right hand shown
MogulBar for 75 deg Diamond ("MBL" style)
●:Stock ○: 1-2 week delivery
[ ID
Too
ling ]
For Swiss-type Lathes
J107
MogulBar for 75 deg Diamond ("ERGP" style)
F1 chipbreakers evacuates chips BACKWARD (S-STUC style shown)
* "S" denotes steel shank, "C" denotes carbide shank
■SEXR
■ERGP
Bore diameter φ.236"(6.0㎜)~ Steel shank / Carbide shank
●Right hand shown
F1A2 R-handA2 L-hand
5/32"
(3.97)
1/16"(1.6)
.008.004.008
.016
.024
.031
.039
.002Feed (IPR)
(Inch)
D.O.C
.008.004.008
.016
.024
.031
.039
.002Feed (IPR)
(Inch)
D.O.C
.008.004.008
.016
.024
.031
.039
.002Feed (IPR)
(Inch)
D.O.C
8°
【Boring+Face】f
φD
m
L1h
φdθ°
α°L3
L2
8°L4
φD
s
Steel shank(tapered type)
Fig.1
φ φφ
Carbide shank(straight type) Carbide shank(tapered type)
φ φ
φ
Fig.2 Fig.3
IC Thickness Grade
ERGP-A2 Item Number ISO Item Number (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) TM4 VM1 ZM3 XT3 C7X
L-hand shown
ERGP 52Y- F A2 ERGHT 30102 FR A2 5/32 3.97 1/16 1.6 .008 0.2 ⓁR ○ ○ ○ ○
ERGP 521- F A2 ERGHT 30104 FR A2 5/32 3.97 1/16 1.6 .016 0.4 R Ⓛ
HandIC Thickness Grade
ERGP-F1 Item Number ISO Item Number (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) TM4
R-hand shown
ERGP 5204 FR-- F1 ERGHT 30101 FR F1 R 5/32 3.97 1/16 1.6 .004 0.1 ●
ERGP 52Y- FR-- F1 ERGHT 30102 FR F1 R 5/32 3.97 1/16 1.6 .008 0.2 ●
ERGP 521- FR-- F1 ERGHT 30104 FR F1 R 5/32 3.97 1/16 1.6 .016 0.4 ●
*1 Applicable for low depth of cut with right-hand A2 chipbreaker*2 For F1 chipbreaker, R-hand inserts fit to R-hand toolholder
●Right hand shown
Note: F1 chipbreaker evacuates chips BACKWARD
Gage Insert Item number* Stockφ Min. bore Dia.
φ φStd. corner radius
Shape Clamp screw Wrench
(㎜) (inch) (㎜ ) (㎜)(㎜)(㎜)(㎜)(㎜)(㎜)(㎜) (inch) (㎜)
ERGP52.. S08G-SEXRRT3D06-OH ● 8.0 .236 6.0 7.7 90 3.0 15 15 10 3.0 0°- 13° .008 0.2 Fig.1 LR-S-2×3.7 CLR-13S
ERGP52.. C05G-SEXRRT3D06-OH ● 5.0 .236 6.0 4.0 90 3.0 - 11 10 1.5 0°- 13° .008 0.2 Fig.2 LR-S-2×3.7 CLR-13S
ERGP52.. C06G-SEXRRT3D06-OH ● 6.0 .236 6.0 5.7 90 3.0 20 11 10 1.5 0°- 13° .008 0.2 Fig.3 LR-S-2×3.7 CLR-13S
[ ID
Too
ling ]
For Swiss-type Lathes
J108
ID Tooling
Bore diameter .394"(10㎜)~ Steel shank / Carbide shank
Bore diameter φ.276"(7.0㎜)~ Steel shank / Carbide shank
5°
fφD
m
L1
h
L4
L3
L2
θ°
α°
φD
s
φd
fφD
m
L1 hL3
5°L4
φD
s
θ° L2
α°
φd
5°
●Right hand shownFig.1 Fig.2
Steel shank Carbide shank
■SCLP
■SCLC
5°
fφD
m
L1
h
L4
L3
L2
θ°
α°
φD
s
φd
fφD
m
L1
h
φd
L3
5°L4
φD
s
θ° L2
α°
5°
●Right hand shownFig.1 Fig.2
Steel shank Carbide shank
Gage Insert Item number*Stock φ Min. bore Dia.
φ φStd. corner radius
Shape Clamp screw Wrench
R (㎜) (inch) (㎜) (㎜)(㎜)(㎜)(㎜)(㎜)(㎜)(㎜) (inch) (㎜)
CP..62.. S06F-SCLPR04D07-OH ● 6.0 .276 7.0 5.75 80 3.5 14 17.0 12.0 2.5 + 5°- 9° .008 0.2 Fig.1 LR‒S‒2 × 3.7 CLR‒13S
CP..62.. S07G-SCLPR04D08-OH ● 7.0 .315 8.0 6.75 90 4.0 16 19.5 13.5 3.0 + 5°- 7° .008 0.2 Fig.1 LR‒S‒2 × 3.7 CLR‒13S
CP..21.5.. S08H-SCLPR06D10-OH ● 8.0 .394 10.0 7.7 100 5.0 20 22.0 16.0 3.0 + 5°- 10° .016 0.4 Fig.1 LR‒S‒2.5 × 6 CLR‒15S
CP..62.. C06H-SCLPR04D07-OH ● 6.0 .276 7.0 5.75 100 3.5 15.5 11.5 12.0 2.0 + 5°- 9° .008 0.2 Fig.2 LR‒S‒2 × 3.7 CLR‒13S
CP..62.. C07J-SCLPR04D08-OH ● 7.0 .315 8.0 6.75 110 4.0 17.5 13.0 13.5 2.0 + 5°- 7° .008 0.2 Fig.2 LR‒S‒2 × 3.7 CLR‒13S
CP..21.5.. C08K-SCLPR06D10-OH ● 8.0 .394 10.0 7.7 125 5.0 21.5 16.5 15.0 2.5 + 5°- 10° .016 0.4 Fig.2 LR‒S‒2.5 × 6 CLR‒15S
Gage Insert Item number*Stock φ Min. bore Dia.
φ φStd. corner radius
Shape Clamp screw Wrench
R (㎜) (inch) (㎜) (㎜)(㎜)(㎜)(㎜)(㎜)(㎜)(㎜) (inch) (㎜)
CC..21.5.. S08H‒SCLCR06D10‒OH ● 8.0 .394 10.0 7.7 100 5.0 20.0 22.0 16.0 3.0 0° - 13° .016 0.4 Fig.1 LRIS‒2.5 × 5 CLR‒15S
CC..21.5.. S10K‒SCLCR06D12‒OH ● 10.0 .472 12.0 9.6 125 6.0 24.0 27.5 20.0 3.5 0° - 11° .016 0.4 Fig.1 LRIS‒2.5 × 5 CLR‒15S
CC..21.5.. S12M‒SCLCR06D14‒OH ໐ 12.0 .551 14.0 11.5 150 7.0 28.0 32.5 23.0 4.0 0° - 9° .016 0.4 Fig.1 LRIS‒2.5 × 5 CLR‒15S
CC..32.5.. S16Q‒SCLCR09D18‒OH ໐ 16.0 .709 18.0 15.4 180 9.0 36.0 42.5 30.0 5.0 0° - 10° .016 0.4 Fig.1 LRIS‒4 × 8 LLR‒25S
CC..21.5.. C08K‒SCLCR06D10‒OH ● 8.0 .394 10.0 7.7 125 5.0 21.5 16.5 15.0 2.5 0° - 13° .016 0.4 Fig.2 LRIS‒2.5 × 5 CLR‒15S
CC..21.5.. C10M‒SCLCR06D12‒OH ● 10.0 .472 12.0 9.6 150 6.0 25.0 20.0 19.5 2.5 0° - 11° .016 0.4 Fig.2 LRIS‒2.5 × 5 CLR‒15S
CC..21.5.. C12M‒SCLCR06D14‒OH ○ 12.0 .551 14.0 11.5 150 7.0 29.0 23.5 22.5 3.0 0° - 9° .016 0.4 Fig.2 LRIS‒2.5 × 5 CLR‒15S
* "S" denotes steel shank, "C" denotes carbide shank
* "S" denotes steel shank, "C" denotes carbide shank
MogulBar (80° Diamond positive type)
Inserts ➡ E31
Inserts ➡ E27・E28・E29●:Stock ○: 1-2 week delivery
[ ID
Too
ling ]
For Swiss-type Lathes
J109
MogulBar (60° Triangle positive type)
3°
Bore diameter φ.315"(8.0㎜)~ Steel shank / Carbide shank
Bore diameter φ.394"(10㎜)~ Carbide shank
■STUC(P)
■C-STZP(C)
GageInsert Item number*Stock φ Min. bore Dia.
φ φStd. corner radius
Shape Clamp screw Wrench
R (㎜) (inch) (㎜) (㎜)(㎜)(㎜)(㎜)(㎜)(㎜)(㎜) (inch) (㎜)
TC..52.. S07G-STUCR06D08-OH ● 7.0 .315 8.0 6.75 90 4.0 16 19.5 12.5 2.5 0° - 11° .008 0.2 Fig.3 LR‒S‒2 × 4.4 CLR‒13S
TP..73.. S08H-STUPR09D10-OH ● 8.0 .394 10.0 7.7 100 5.0 20 22.5 14.5 3.0 + 5°- 10° .016 0.4 Fig.3 LR‒S‒2.5 × 4.8 CLR‒15S
TP..22.. S10K-STUPR11D12-OH ● 10.0 .472 12.0 9.6 125 6.0 24 27.5 18.5 3.5 + 5°- 7.5° .016 0.4 Fig.3 LR‒S‒3 × 5.8 RLR‒20S
TP..22.. S12M-STUPR11D14-OH ○ 12.0 .551 14.0 11.5 150 7.0 28 32.5 22.0 4.0 + 5°- 5° .016 0.4 Fig.3 LR‒S‒3 × 5.8 RLR‒20S
TP..22.. S16Q-STUPR11D18-OH ○ 16.0 .709 18.0 15.4 180 9.0 32 42.5 28.5 5.0 + 5°- 3° .016 0.4 Fig.3 LR‒S‒3 × 5.8 RLR‒20S
TC..52.. C07J-STUCR06D08-OH ● 7.0 .315 8.0 6.75 110 4.0 17.5 13.0 12.5 2.0 0° - 11° .008 0.2 Fig.4 LR‒S‒2 × 4.4 CLR‒13S
TP..73.. C08K-STUPR09D10-OH ● 8.0 .394 10.0 7.7 125 5.0 21.5 16.5 14.5 2.5 + 5°- 10° .016 0.4 Fig.4 LR‒S‒2.5 × 4.8 CLR‒15S
TP..22.. C10M-STUPR11D12-OH ● 10.0 .472 12.0 9.6 150 6.0 25.0 20.0 17.5 2.5 + 5°- 7.5° .016 0.4 Fig.4 LR‒S‒3 × 5.8 RLR‒20S
TP..22.. C12M-STUPR11D14-OH ○ 12.0 .551 14.0 11.5 150 7.0 29.0 23.0 21.5 3.0 + 5°- 5° .016 0.4 Fig.4 LR‒S‒3 × 5.8 RLR‒20S
TP..20.. C16Q-STUP 11D18-OH ○ 16.0 .709 18.0 15.4 180 9.0 37.0 29.0 28.0 4.0 + 5°- 3° .016 0.4 Fig.4 LR‒S‒3 × 5.8 RLR‒20S
* "S" denotes steel shank, "C" denotes carbide shank
Insert Item number*Stock φ Min. bore Dia.
φMax. shoulder height
φStd. corner radius
Clamp screw Wrench
R (㎜) (inch) (㎜) (inch) (㎜) (㎜)(㎜)(㎜)(㎜)(㎜)(㎜)(㎜) (inch) (㎜)
TC..52.. C06H-STZCR06D10-OH ○ 6 .394 10 .098 2.5 5.75 100 5.5 10.5 6 6 2.0 0° -10° .008 0.2 LR-S-2 × 4 CLR-13S
TP..73.. C08K-STZPR09D12-OH ○ 8 .472 12 .118 3 7.7 125 7 13.5 8.5 8.3 2.5 +5° -10° .016 0.4 LR-S-2.5 × 4.8 CLR-15S
TP..73.. C10M-STZPR09D14-OH ○ 10 .551 14 .118 3 9.6 150 8 18.5 12 8.3 2.5 +5° -7° .118 0.4 LR-S-2.5 × 4.8 CLR-15S
TP..22.. C12M-STZPR11D175-OH ○ 12 .689 17.5 .177 4.5 11.5 150 10.5 22 14.5 9.6 3.0 +5° -5° .117 0.4 LR-S-3 × 5.8 RLR-20S
φD
s
fφD
m
L3
L4
L1
θ°
L2
α°
3°
h
φd
φD
s
L1
fφD
m
L3
L4
α°
θ°
L2
3°φd
h
Fig.3 Fig.4
Steel shank Carbide shank
●Right hand shown
Inserts ➡ E43 / E47・E48
●Use right-hand inserts for machining backward Use left-hand inserts for machining forward
Inserts ➡ E43 / E47・E48
φ
φφ
3°
NEW
[ ID
Too
ling ]
For Swiss-type Lathes
J110
ID Tooling
Blind hole due to bar stock Typical inserts flow chips forwardThen packed chips damage and break cutting edges
FG, F1 and F05 chipbreakers flow chips backward and prevent cuttting edges from breakingNote: Use right-hand inserts with FG, F1 and F05 chipbreakers for right-hand boring bars
■Boring on CNC Swiss-Type Lathes
Chipbreakers for Mogul Bar
Name Chipbreaker Geometry Features ER Style CC Style CP Style TC Style TP Style
AM3 ● Great combination of sharp edge and chip control
AM5 ● Provides both good cutting performance and chip control
AZ7 ● Excellent chip control at light feed and light depth of cut
CL● Double-positive geometry● Sharp edge and low tool pressure● Very wide chip control range
FG ● Evacuate chips BACKWARD at light depth of cut
ZR● Covers a wide range of depth of cut under high-speed and low-feed conditions
■ Molded Chipbreakers
Name Chipbreaker Geometry Features ER Style CC Style CP Style TC Style TP Style
A・A1● Tough cutting edge and good chip control● General-purpose ID chipbreaker
A2 ● Sharp cutting edge due to large rake angle
B1・B2・B3 ● Stable cutting in boring thanks to sharp and tough cutting edge
F05・F1● Exclusively designed for ID boring●Evacuate chips BACKWARD
K ● Superb chip control on finishing applications
KHG● Excellent chip control on finishing cuts● For super high-precision machining
S ● Sharp cutting edge with excellent chip control
U・U1 ● Sharp cutting edge prevents work materials from work hardening
■ Ground Chipbreakers
●:Stock ○: 1-2 week delivery
[ ID
Too
ling ]
For Swiss-type Lathes
J111
BG Series - Inserts
BG Series - Toolholders■S-BGR ■BG
Gage Insert Item numberStock Min. Bore Dia.
φGroove width
covered φClamp screw Wrench
R (Inch) (㎜) (Inch) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
GTG10S08H-BGR10D10 ○ .394 10 .020-.079 .315 8 .303 7.7 .309 7.85 4.724 120 .787 20 .197 5 LR-S-2.5×6.8 CLR-15SS10K-BGR10D12 ○ .472 12 .020-.079 .394 10 .378 9.6 .386 9.80 4.724 120 .984 25 .236 6 LR-S-2.5×6.8 CLR-15S
GTG14
BGR12-00S ○ .551 14 -.079 .472 12 .433 11 .453 11.5 7.087 180 1.181 30 .276 7 LR-S-3×7.8 RLR-20SBGR12-012S ○ .551 14 .057-.079 .472 12 .433 11 .453 11.5 7.087 180 1.181 30 .276 7 LR-S-3×7.8 RLR-20SBGR14-00S ○ .630 16 -.079 .551 14 .512 13 .531 13.5 7.087 180 1.378 35 .315 8 LR-S-3×7.8 RLR-20SBGR14-012S ○ .630 16 .057-.079 .551 14 .512 13 .531 13.5 7.087 180 1.378 35 .315 8 LR-S-3×7.8 RLR-20S
GTG20 BGR16 ○ .787 20 .059-.079 .630 16 .591 15 .610 15.5 7.874 200 1.575 40 .394 10 LR-S-3×7.8 RLR-20SBGR20 ○ .984 25 .059-.079 .787 20 .748 19 .768 19.5 7.874 200 1.575 40 .472 12 LR-S-3×7.8 RLR-20S
Screw on typeBore diameterφ.394"(10㎜)~ ID Grooving
2°
2°
2°
2°
Right-hand style shown
■GTGd (IC) Item number
Grade(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) TM4 ZM3 QM3 C7X
7/32" (5.56)
GTG10050FL005 0.020 0.50 .047 1.2 .002 0.05 ○GTG10065FL00 0.026 0.65 .047 1.2 .002 0.05 ○GTG10075FL005 0.030 0.75 .047 1.2 .002 0.05 ○GTG10100FL005 0.039 1.00 .047 1.2 .002 0.05 ○GTG10125L 0.049 1.25 .047 1.2 .008 0.20 ○GTG10150FL005 0.059 1.50 .047 1.2 .002 0.05 ○GTG10200FL005 0.079 2.00 .047 1.2 .002 0.05 ○GTG10200FL01 0.079 2.00 .047 1.2 .004 0.10 ○
5/16" (7.94)
GTG14100FL00 0.039 1.00 .087 2.2 .002 0.05 ○GTG14145L 0.057 1.45 .087 2.2 .008 0.20 ○GTG14150FL00 0.059 1.50 .087 2.2 .002 0.05 ○GTG14175L 0.069 1.75 .087 2.2 .008 0.20 ○GTG14200FL01 0.079 2.00 .087 2.2 .004 0.10 ○
3/8" (9.525)
GTG20150FL 0.059 1.50 .126 3.2 .008 0.20 ○GTG20175L 0.069 1.75 .126 3.2 .008 0.20 ○GTG20200L 0.079 2.00 .126 3.2 .008 0.20 ○GTG20200FL 0.079 2.00 .126 3.2 .008 0.20 ○
w
L
1/8"(3.18)
+.002"-0
d
Left-hand style shown
[ ID
Too
ling ]
For Swiss-type Lathes
J112
ID Tooling
(Inch)
Gage insert Item number Stock
Min.machining diaDimensions (Inch)
Clamp screw Wrench(Inch) (㎜)
TMN06 TGC10T06H161R ○ .315 8.0 .236 .217 3.937 .149 .512 LR-S-2 × 4.4
CLR-13STMN08 TGC10T08K162R ○ .394 10.0 .315 .276 4.921 .185 .668 LR-S-2 × 5.5
TMN09 TGC10T10M163R ○ .472 12.0 .394 .354 5.906 .236 .787 LRIS-2.2 × 6
TMN06 HN59Z-0028 ○ .315 8.0 .236 .217 3.937 .149 .512 LR-S-2 × 4.4
CLR-13STMN08 HN59Z-0029 ○ .394 10.0 .315 .276 4.921 .185 .668 LR-S-2 × 5.5
TMN09 HN59Z-0030 ○ .472 12.0 .394 .354 5.906 .236 .787 LRIS-2.2 × 6
■TMN
Item NumberDimensions (inch)
Recommended pitch for machining
Machinable pitch range
Grade
φ ZM3
TMN06FR03 .156 .061
.0012 .093 63-34 TPI
○
TMN08FR03 .187.093
○
TMN09FR03 .219 ○
φ
.093
.093
Toolholders for ID Threading■TGC Bore diameter φ.315"(8㎜) ~ Carbide shank
●Right-hand type shown
10°
Dm
DS
●Right-hand type shown
■HN Bore diameter φ.315"(8㎜) ~ Carbide shank
●Right-hand type shown
10°
Dm
DS
Inserts for ID Threading
[ ID
Too
ling ]
For Swiss-type Lathes
J114
Indexable End Mill
REZ Series Indexable End Mills
Note① Inserts with center blade can be attached to non-single-blade indexable end mills. In this case, roughness of machined surface will be improved, but plunge cut operations cannot be performed.
② For ramping machining with the single blade endmills, please take the effective cutting edge length (4.0㎜ = .157") into consideration on setting machining programs.
Work MaterialSpeedSFM
Axial feedIPR
Traverse feedIPR
Depth of cutInch
Steel 260 - 400 - .001 - .002 - .118
Stainless Steel 130 - 200 - .0008 - .0015 - .079
【Recommended Cutting Conditions】
* Combination of single-blade type endmills and inserts with center blade is required
●Attach 20㎜ (.787") endmills in ER16 collet●Just change inserts to index. No need to make any adjustments●High quality surface finish as low as 1um (Rz) when wiper inserts are used●Corner radius as small as .002"●In addition to D cut, ramping machining can be performed*
Features
●:Stock ○: 1-2 week delivery
[ In
dexa
ble En
d Mill ]
For Swiss-type Lathes
J115
■ REZ Style End Mills
Item number Chipbreaker Center blade Wiper
Grade(Inch) (㎜) DT4 ZM3 TM4
CZH04005CFR-BL .008 0.2 Y Y N ○CZH0402CFR-BL .002 0.05 Y Y N ○CZH0402CFR-140 .008 0.2 N Y Y ○ ●CZH04005CFR-140 .002 0.05 N Y Y ○ ●CZH0402CFR-070 .008 0.2 N N N ○ ○CZH04005CFR-070 .002 0.05 N N N ○ ●CZH0502CFR-141 .008 0.2 N Y Y ○CZH05005CFR-141 .002 0.05 N Y Y ○
Fig. GageInsert Item number Stock φ φ Clamp Screw Wrench
(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
1 CZH04.. REZ080C1R212 ○ .315 8 .394 10 2.362 60 .472 12 FSI02-2.2 × 4.0 T-07CZH05.. REZ100C1R218 ○ .394 10 .394 10 2.953 75 .472 12 FSI02-2.2 × 4.3 T-07
2
CZH04.. REZ100B2R329 ○ .394 10 .197 5 1.575 40 .394 10 FSI02-2.2 × 4.3 T-07CZH04.. REZ100C2R133 ○ .394 10 .236 6 1.969 50 .472 12 FSI02-2.2 × 4.3 T-07CZH04.. REZ100C2R132 ○ .394 10 .276 7 1.969 50 .472 12 FSI02-2.2 × 4.3 T-07CZH04.. REZ100C2R141 ● .394 10 .394 10 1.969 50 .472 12 FSI02-2.2 × 4.3 T-07CZH04.. REZ120C2R141 ○ .472 12 .394 10 1.969 50 .472 12 FSI02-2.2 × 4.3 T-07CZH04.. REZ140C2R141 ○ .551 14 .394 10 1.969 50 .472 12 FSI02-2.2 × 4.3 T-07
3CZH04.. REZ150B3R330 ○ .591 15 .197 5 1.575 40 .394 10 FSI02-2.2 × 4.3 T-07CZH04.. REZ200M3R319 ○ .787 20 .276 7 1.969 50 .472 12 FSI02-2.2 × 4.3 T-07CZH04.. REZ200M3R320 ○ .787 20 .394 10 1.969 50 .472 12 FSI02-2.2 × 4.3 T-07
4 CZH04.. REZ200C3R403* ● .787 20 .394 10 1.969 50 .472 12 FSI02-2.2 × 4.3 T-07
Fig. 1 Fig. 2 Fig. 3 Fig. 4
Note: Length of blade is .209" (5.3㎜) without center blade, and .157” (4.0㎜) with center blade
* REZ200M3R320 with 5 deg relief to reduce tool pressure. See Fig. 4 for detail
7°
.074(1.88)
.219(5.56)
.165(4.20)
(4.0)
(0.4)
87°
Wiper .016
With wiper & center blade
Center blade
With chipbreaker
.157 (Length of blade)
φφ
90°
φφ
90°
5°
φφ
90°
φφ
90°
[ In
dexa
ble En
d Mill ]
For Swiss-type Lathes
J117
NTK Unique Tooling
●Y-axis Toolholders …………… J118●DS / DS-ACH Toolholders …… J123●CSV Series ……………………… J130
●Wrench and Screw Information … J132
J
For Swiss-type Lathes
[ N
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J118
NTK Unique Tooling
●Chip drops down to the bed of the machine due to gravity, and chip control problem is solved
●Front turning, grooving, and back turning operations can be perfomed by utilizing Y-axis control
●Eliminates chips from interfering with other tools
Features
NTK's Y-axis control toolholders are so innovative that the holders utilize tool change controls on gang tooling posts (Y-axis) for turning operationThe Y-axis control toolholders enable performing front turning, grooving, and back turning by controling Y-axis
Unique Conce
pt
Eliminate chip control problems
Y-axis Toolholders
[ N
TK U
niqu
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oling ]
For Swiss-type Lathes
J119
To avoid interference, two Y-axis toolholders should not be installed next to each other
For tool change, determine a retract point based on the overhang of the Y-axis toolholder
*Machinable ODs with Y-GTTR type grooving toolholders are shown as an example (The dimensions apply to other Y-axis toolholders as well)
Y-axisHolder
OverhangTool Layout Situation
Overhang Amount (L)
.787(20㎜)
.866(22㎜)
.984(25㎜)
.787(20㎜)
.591(15)
.591(15)
.039Clearance Waiting point
.039D1
D2
D3
.787
(20)
L.787
(20)
D1Max machinable OD with Holder A
No limitation No limitation No limitation
D2Max machinable OD with Holder B
.512(13㎜)
.512(13㎜)
.512(13㎜)
D3Max machinable OD with Holder C
No limitation No limitation No limitation
.984(25㎜)
.591(15)
.591(15)
.079Clearance
.079Clearance
.038Clearance
.038Waiting Point
D1
D2
D3
.984
(25)
.984
(25)
LD1
Max machinable OD with Holder A1.496(38㎜)
2.283(58㎜) No limitation
D2Max machinable OD with Holder B
.587(14.9㎜)
.535(13.6㎜)
.512(13㎜)
D3Max machinable OD with Holder C
1.496(38㎜)
2.283(58㎜) No limitation
1.181(30㎜)
.591(15)
.591(15)
.079Clearance
.079ClearanceWaiting Point
.039
Clearance.039
D1
D2D3
1.181
(30)
1.181
(30)
L
D1Max machinable OD with Holder A
1.055(26.8㎜)
1.142(29㎜)
1.516(38.5㎜)
D2Max machinable OD with Holder B
.811(20.6㎜)
.705(17.9㎜)
.587(14.9㎜)
D3Max machinable OD with Holder C
1.299 (33㎜)1.055 (26.8㎜)for TBP style
1.457 (37㎜)1.142 (29㎜)for TBP style
2.028 (51.5㎜)1.516 (38.5㎜)for TBP style
① ② ③ ④
① ② ③ ④
① ② ③ ④
① ② ③ ④
Retract the tool station based on the cutting edge location on the Y-axis toolholder
Install a standard toolholder between the two Y-axis toolholders
●Example: Tool change from No.2 to No.4
Machinable OD Dimensions
Important Notes for Using Y-axis Toolholders
[ N
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For Swiss-type Lathes
J120
NTK Unique Tooling
55-deg. Diamond ("DC" Style)
●:Stock ○: 1-2 week delivery
■Y-SDJCR
■Y-SDNCN
.787(20)
93°
A
A
4.724 (120)
A A
90°62°30′
0.0
.827(21)
4.724(120)
Gang toolingpost
Feed direction
Feed direction
Gang toolingpost
Note: Y-SDJC holders do not work with left-hand inserts (such as DCGT-LS)
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
DC..21.5..TFD07..
Y-SDJCR062-IN ● 3/8 3/8 .984 25 0 LRIS-2.5 × 7 CLR-15SY-SDJCR082-IN ● 1/2 1/2 .984 25 0 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11..
Y-SDJCR083-IN ● 1/2 1/2 .984 25 0 LRIS-4 × 10 LLR-25SY-SDJCR103-IN ● 5/8 5/8 .984 25 0 LRIS-4 × 10 LLR-25S
DC..21.5..TFD07.. Y-SDJCR12-07L ○ .472 12 .472 12 1.181 30 0 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11.. Y-SDJCR12-11L ● .472 12 .630 16 1.181 30 0 LRIS-4 × 10 LLR-25S
DC..32.5..TFD11..
Y-SDJCR12-11SOH* ○ .472 12 .472 12 .787 20 ― LRIS-4 × 10 LLR-25SY-SDJCR16-11OH* ○ .630 16 .630 16 .984 25 ― LRIS-4 × 10 LLR-25S
*Comes with coolant through
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
DC..32.5.. Y-SDNCN083-IN ● 1/2 1/2 1/4 6.35 .984 25 LRIS-4 × 10 LLR-25S
DC..32.5..Y-SDNCN12-11S ○ .472 12 .472 12 .236 6.0 .787 20 LRIS-4 × 10 LLR-25S
Y-SDNCN16-11L ○ .630 16 .630 16 .315 8.0 1.181 30 LRIS-4 × 10 LLR-25S
93°
A A
0.0 4.724 (120)
■Y-SDJC-OHCoolant-through for high-pressure coolant
Inserts ➡ E32・E33・E34 / E23
[ N
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For Swiss-type Lathes
J121
35-deg. Diamond ("VC" Style)
Back Turning (TBP Style)
■Y-SVJCR
A A4.724
(120)
0.0
.787(20)
93°
(Inch)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
VC..22..Y-SVJCR062-IN ● 3/8 3/8 .787 20 LRIS-2.5 × 7 CLR-15SY-SVJCR082-IN ● 1/2 1/2 .787 20 LRIS-2.5 × 7 CLR-15SY-SVJCR102-IN ● 5/8 5/8 .984 25 LRIS-2.5 × 7 CLR-15S
■Y-TBPR, Y-CTPAR ■Y-TBPR-OH
3°
138(3.5) 4.724(120)
2°
0.0
.787(20)
Feed direcition
Gang tooling postRight-Hand style shown Right-Hand style shown
Note: Use right-hand inserts for Y-TBPR and Y-CTPAR holders
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBP..FR..
Y-TBPR06-IN ● 3/8 3/8 .984 25 LRIS-4 × 10PW CLR-15SY-TBPR08-IN ● 1/2 1/2 .984 25 LRIS-4 × 12PW CLR-15SY-TBPR10-IN ● 5/8 5/8 .984 25 LRIS-4 × 12PW CLR-15SY-TBPR12 ○ .472 12 .472 12 .984 25 LRIS-4 × 12PW CLR-15SY-TBPR12SOH ○ .472 12 .472 12 .787 20 LRIS-4 × 12PW CLR-15SY-TBPR16OH ○ .700 16 .700 16 .984 25 LRIS-4 × 12PW CLR-15S
Screw Accessible from both side Coolant-through, Screw accessible from both side.
3°0.0
2.756 (70)
(Inch)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBPA..FR.. Y-CTPAR08L-IN ● 1/2 1/2 1.181 30 LRIS-4 × 12PW CLR-15S
Inserts ➡ E49 / E26
Inserts ➡ J44
Inserts ➡ J46
[ N
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For Swiss-type Lathes
J122
NTK Unique Tooling
Grooving ("GTM" and "TMG" Style)
Grooving (GTPA Style)
●:Stock ○: 1-2 week delivery
■Y-GTTR ■Y-GTTR-OHMax. depth of cut: .079" (2.0㎜) Coolant through for high-pressure coolant
A
B B
A
2°
2°
6°
0.0
0.0
.079
(2.0)
.787
(20)
4.724(120)
Max. grooving depth
B
A A
B
2°
2.756 (70)
2°
0.0
Right-Hand style shown
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TMG32..R..GTM..32..R..
Y-GTTR06-IN ● 3/8 3/8 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR08-IN ● 1/2 1/2 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR10-IN ● 5/8 5/8 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR10 ○ .394 10 .394 10 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR12 ○ .472 12 .472 12 .984 25 LR-S-4 × 10PW CLR-15S
Y-GTTR12SOH* ○ .472 12 .472 12 .787 20 LR-S-4 × 10PW CLR-15S
*Comes with coolant through
Feed direcition
Gang tooling post
Feed direcition
Gang tooling post
(Inch, Metric)
Gage Insert Item number Stock Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
GTPA
Y-GTPAR1216 ○ .472 12 .630 16 .787 20 LRIS-4 × 12PW CLR-15S
Y-GTPAR1216SOH* ○ .472 12 .630 16 .787 20 LRIS-4 × 12PW CLR-15S
Y-GTPAR1616OH* ○ .630 16 .630 16 .787 20 LRIS-4 × 12PW CLR-15S
*Comes with coolant through
■Y-GTPA
A
A
.004(0.1) 4.724
(120)
1.063
(27)
■Y-GTPA-OH
Y-GTPAR1216SOH
Coolant hole position
6
1612
6
AA
B
B
0.0
2.756(70)
.004(0.1)
Coolant through for high-pressure coolant
Right-Hand style shown
Inserts ➡ J66・J67・J68
Inserts ➡ J72
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For Swiss-type Lathes
J123
●More turning tools without any hassle
●Available for Front turning, Back turning, Grooving, Threading, Micro-boring, and interchangeable tooling
●Available shank size range: from .511"(14㎜) to 1"(25.4㎜)
Features
Are you satisfied with the number of tool positions in your machine? NTK DS type toolholder is useful when additional tool position are requiredFive types of tool are available: Front turning, Back turning, Grooving, Threading, and Small boring which fit into the machines' vacant drill sleevesDS Series toolholders can be used with both Swiss or non-Swiss type CNC lathes
Industry Proven Co
ncept
For making the most of vacant drill sleeves
DS Toolholders
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For Swiss-type Lathes
J124
NTK Unique Tooling
●:Stock ○: 1-2 week delivery
80-deg. Diamond ("CC" Style)
■DS-SCLL-ACH95°
5°
φ
Left-Hand style shown
Left-Hand style shown
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CC..32.5..
DS-SCLL16F-09-ACH ● .630 16.00 .610 15.5 3.150 80 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL19-09-ACH ● 3/4 .709 18.0 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL20-09-ACH ● .787 20.00 .748 19.0 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL22-09-ACH ● .866 22.00 .827 21.0 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL25-09-ACH ● 1 .945 24.0 5.906 150 .236 6.0 LRIS-4 × 8 LLR-25S
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CC..21.5..
DS-SCLL 15H-06 ○ 5/8 .591 15 3.937 100 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL 16F-06 ○ .630 16 .591 15 3.150 80 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL 19-06 ● 3/4 .709 18 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL 20X-06 ○ .787 20 .748 19 3.740 95 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL 20-06 ● .787 20 .748 19 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL 22-06 ● .866 22 .827 21 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SCLL 25-06 ● 1 .945 24 5.906 150 .236 6.0 LRIS-2.5 × 7 CLR-15S
CC..32.5..
DS-SCLL 15H-09 ○ 5/8 .591 15 3.937 100 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL 16F-09 ○ .630 16 .591 15 3.150 80 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL 19-09 ● 3/4 .709 18 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL 19-09-004* ● 3/4 .709 18 4.724 120 .413 10.5 LRIS-4 × 8 LLR-25SDS-SCLL 20X-09 ○ .787 20 .748 19 3.740 95 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL 20-09 ● .787 20 .748 19 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL 22-09 ● .866 22 .827 21 4.724 120 .236 6.0 LRIS-4 × 8 LLR-25SDS-SCLL 22-09-005* ● .866 22 .827 21 4.724 120 .472 12.0 LRIS-4 × 8 LLR-25SDS-SCLL 25-09 ● 1 .945 24 5.906 150 .236 6.0 LRIS-4 × 8 LLR-25S
*Comes with coolant through
■DS-SCLL
0.0
A A
95°
5°
.787
φ
(20)
0.0
AA
95°
5°1/8NPT
φ
Note: Use right-hand or neutral inserts for DS-SCLL bars
DS-SCLL19-09-004DS-SCLL22-09-005(Coolant through)
Adjustable centerline height
Inserts ➡ E27・E28・E29 / E22
DS Toolholders[ N
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For Swiss-type Lathes
J125
55-deg. Diamond ("DC" Style)
■DS-SVXL
A A
99°
0.0
46°
φ Right-Hand style shown
Note: Use right-hand or neutral inserts for DS-SVXL bars
■DS-SDUL
A A
0.0
3°
122°
φ
■DS-SDUL-ACH
Ajustable range
0 - +.008
Ajustable range
0 - +.008
1.181(30)
φ
3°
122°■DS-SDXL22-11-006 (Coolant through)
1/8NPT
0.0
A A
119°
6°
φ.787(20)
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
DC..21.5..TFD07..
DS-SDUL14F-07 ○ .551 14 .512 13 3.150 80 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL15H-07 ○ 5/8 .591 15 3.937 100 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL16F-07 ○ .630 16 .591 15 3.150 80 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL19-07 ● 3/4 .709 18 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL20-07 ● .787 20 .748 19 4.724* 120 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL20X-07 ● .787 20 .748 19 3.740 95 .236 6.0 LRIS-2.5 × 7 CLR-15SDS-SDUL22-07 ● .866 22 .827 21 4.724 120 .236 6.0 LRIS-2.5 × 7 CLR-15S
DC..32.5..TFD11..*
DS-SDUL16F-11-ACH ● .630 16 .610 15.5 3.150 80 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL19-11 ● 3/4 .709 18.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL19-11-ACH ● 3/4 .709 18.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL20-11 ● .787 20 .748 19.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL20X-11 ● .787 20 .748 19.0 3.740 95 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL20-11-ACH ● .787 20 .748 19.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL22-11 ● .866 22 .827 21.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL22-11-ACH ● .866 22 .827 21.0 4.724 120 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDXL22-11-006* ● .866 22 .827 21.0 4.724 120 .472 12.0 LRIS-4 × 10 LLR-25SDS-SDUL25-11 ● 1 .945 24.0 5.906 150 .394 10.0 LRIS-4 × 10 LLR-25SDS-SDUL25-11-ACH ● 1 .945 24.0 5.906 150 .394 10.0 LRIS-4 × 10 LLR-25S
* TFD11 inserts cannnot be used with DS-SDXL toolholders
Left-Hand style shown
Left-Hand style shown
Left-Hand style shown
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
VC..22
DS-SVXL15H-11 ○ 5/8 .591 15 3.937 100 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL16F-11 ● .630 16 .591 15 3.150 80 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL19-11 ● 3/4 .709 18 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL20-11 ● .787 20 .748 19 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL20Y-11 ○ .787 20 .748 19 3.740 95 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL22-11 ● .866 22 .827 21 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15SDS-SVXL25-11 ● 1 .945 24 5.906 150 .394 10 LRIS-2.5 × 7 CLR-15S
35-deg. Diamond ("VC" Style)
Adjustable centerline height
Inserts ➡ E32・E33・E34 / E23
Inserts ➡ E49 / E26
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For Swiss-type Lathes
J126
NTK Unique Tooling
●:Stock ○: 1-2 week delivery
35-deg. Diamond with 11 deg. relief ("VP" Style)
60-deg. Triangle ("TN" Style)
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
VP..22..
DS-SVVPN16-11-ACH ● .630 16 .610 15.5 4.724 120 .591 15 LRIS-2.5 × 7 CLR-15SDS-SVVPN19-11 ○ 3/4 .709 18.0 4.724 120 LRIS-2.5 × 7 CLR-15SDS-SVVPN19-11-ACH ● 3/4 .709 18.0 4.724 120 .709 18 LRIS-2.5 × 7 CLR-15SDS-SVVPN20-11-ACH ● .787 20 .748 19.0 4.724 120 .748 19 LRIS-2.5 × 7 CLR-15SDS-SVVPN22-11 ○ .866 22 .827 21.0 4.724 120 LRIS-2.5 × 7 CLR-15SDS-SVVPN22-11-ACH ● .866 22 .827 21.0 4.724 120 .827 21 LRIS-2.5 × 7 CLR-15SDS-SVVPN25-11-ACH ● 1 .945 24.0 5.906 150 .945 24 LRIS-2.5 × 7 CLR-15S
■DS-SVVPN
35°
0.0
A A72°30’
1.063(27) φ
■DS-SVVP-ACH
Adjstable range
0 - .008
72°30'
1.378 (35)
φ
Adjustable centerline height
1.496"
b
6°
R.004"
10°
0~+.008"
0~+.008"
Adjustable
range
6° φ
(Inch, Metric)
Gage Insert Item number Stock φ Clamp pin Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TN..33..
DS-PTXL16-33-ACH ● .630 16.00 .610 15.5 .591 15 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL19-33 ○ 3/4 .709 18.0 .709 18 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL19-33-ACH ● 3/4 .709 18.0 .709 18 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL20-33 ○ .787 20.00 .748 19.0 .748 19 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL20-33-ACH ● .787 20.00 .748 19.0 .748 19 4.724 120 .433 11 LCL33N LCS33 LW-2DS-PTXL22-33 ○ .866 22.00 .827 21.0 .827 21 4.724 120 .472 12 LCL33N LCS33 LW-2DS-PTXL22-33-ACH ● .866 22.00 .827 21.0 .827 21 4.724 120 .472 12 LCL33N LCS33 LW-2DS-PTXL25M-33 ○ 1 .945 24.0 .945 24 5.906 150 .512 13 LCL33N LCS33 LW-2DS-PTXL25-33-ACH ● 1 .945 24.0 .945 24 5.906 150 .512 13 LCL33N LCS33 LW-2
Right-Hand style shown
■DS-PTX
A A6°
10°
6°0.0
φ
■DS-PTX-ACH Adjustable centerline height
Inserts ➡ E50
Inserts ➡ E44・E45 / E25
DS Toolholders[ N
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For Swiss-type Lathes
J127
Back Turning ("TBP" Style)
Grooving ("GTM" and "TMG" Style)
■DS-TBP
(Inch, Metric)
Gage Insert Item number Stockφ
Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TBP..FR..DS-TBPL19 ● 3/4 .709 18 4.724 120 .433 11 LRIS-4 × 10 LLR-25SDS-TBPL20 ○ .787 20 .748 19 4.724 120 .433 11 LRIS-4 × 10 LLR-25SDS-TBPL25 ● 1 .945 24 5.906 150 .512 13 LRIS-4 × 10 LLR-25S
3°
0.0
.138(3.5)
.217(5.5)
.591(15) φ
Left-Hand style shown
■DS-GTTLMax. depth of cut: .079" (2.0㎜)
Note: DS-GTTL holders take right-hand inserts
A A
2°
2°
φ
0.0
.079
(2.0) .787
(20)Max. grooving depth
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TMG32..R..GTM..32..R..
DS-GTTL16X ○ .630 16 .591 15 3.740 95 .236 6 LR-S-4 × 5.8 RLR-20S
DS-GTTL19 ● 3/4 .709 18 4.724 120 .236 6 LR-S-4 × 5.8 RLR-20S
DS-GTTL20 ○ .787 20 .748 19 4.724 120 .236 6 LR-S-4 × 5.8 RLR-20S
DS-GTTL22 ● .866 22 .827 21 4.724 120 .236 6 LR-S-4 × 5.8 RLR-20S
DS-GTTL25 ● 1 .945 24 4.724 120 .394 10 LR-S-4 × 5.8 RLR-20S
Inserts ➡ J44
Inserts ➡ J66・J67・J68
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For Swiss-type Lathes
J128
NTK Unique Tooling
(Inch, Metric)
Gage Insert Item number Stockφ
Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
LBMD-SLBM(C)3080LBME2060LBMD2060LBMD1020
DS-LBMBL14F ○ .551 14 .512 13 3.150 80 LRIS-4 × 10PW CLR-15SDS-LBMBL15H ○ 5/8 .591 15 3.937 100 LRIS-4 × 10PW CLR-15SDS-LBMBL16X ○ .630 16 .591 15 3.740 95 LRIS-4 × 10PW CLR-15SDS-LBMBL19 ● 3/4 .709 18 4.724 120 LRIS-4 × 10PW CLR-15SDS-LBMBL20 ● .787 20 .748 19 4.724 120 LRIS-4 × 10PW CLR-15SDS-LBMBL22 ● .866 22 .827 21 4.724 120 LRIS-4 × 10PW CLR-15SDS-LBMBL25-MET ○ .984 25 .945 24 4.724 120 LRIS-4 × 10PW CLR-15SDS-LBMBL25 ● 1 .945 24 5.906 150 LRIS-4 × 10PW CLR-15S
●:Stock ○: 1-2 week delivery
Threading ("TTP" Style)
Micro-Boring ("LBM" Style)■DS-LBMB
.394(10)
0.0
φd
A
Left-Hand shown
Note: DS-LBMBL holders take right hand insertsNote: Also available in 14㎜ , 25㎜ , 5/8" shanks(φ )
■DS-TTPL
.217(5.5)
0.0
.787(20)
φ
Left-Hand style shown
(Metric, ㎜)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
TTP55FR..TTP60FR..
DS-TTPL19 ● 3/4 .709 18 4.724 120 .394 10 LRIS-4 × 10 LLR-25S
DS-TTPL20 ● .787 20 .748 19 4.724 120 .394 10 LRIS-4 × 10 LLR-25S
DS-TTPL22 ● .866 22 .827 21 4.724 120 .394 10 LRIS-4 × 10 LLR-25S
DS-TTPL25 ● 1 .945 24 5.906 150 .394 10 LRIS-4 × 10 LLR-25S
DS Toolholders
Inserts ➡ J82
Inserts ➡ J104
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For Swiss-type Lathes
J129
φ22
(.866)
43 (1.69)10 (.39)
φ16 (.630)
58 (2.28)
23 (.91) 28 (1.10)
Interchangeable Tools ("CSV" Style)
■SS-DSU-SK
Item number StockSpare parts
ComentCap screw Wrench Set screw Wrench
SS-DSU-SK ● CS0515 LW-4 SS0506 LW-2.5
SS-DSU-L23 ● CS0515 LW-4 SS0506SS0515 LW-2.5 For DS-ACH Series
DS-Sleeve
70 (2.76)
Set screwWrench
Cap screwWrench55 (2.17)
10 (.39)
φ22
(.886)
φ16 (.630)35 (1.38)
28 (1.10)
■SS-DSU-L23For DS-ACH series
AA
.787(20)
4.724 (120)
0.0
1°
φ
■DS-CSVL (Takes right-hand inserts)
(Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11FR.. DS-CSVL15 ● 5/8 .591 15 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15S
Left-Hand style shown
Inserts ➡ J130
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For Swiss-type Lathes
J130
NTK Unique ToolingInterchangeable Tooling
CSV Series - Inserts All CSV series inserts have polished cutting edges.Mirror finish
Item number Chip-breaker
Max Depth of Cut Edge geometry(α×β°) DT4 VM1(Inch) (㎜) (Inch) (㎜) R L R L
CSVF11F V-M No ― ― .006 × 2° 0.15 × 2° ● ● ●CSVF11F VB Yes .118 3.00 .012 × 5° 0.30 × 5° ● ○CSVF11F VB-M Yes .118 3.00 .006 × 2° 0.15 × 2° ● ● ●
■CSVF - Front Turning
1/46.3
5
β°
30°
α
0.0
1/46.3
5
Toolholders for right-hand inserts CSVR.., DS-CSVL..Toolholders for left-hand inserts CSVL..
Note: All angles shown are obtained when insert is set on the holder All images in this page show right-hand inserts
■CSVG - Grooving Item number Width Max. Depth of Cut VM1(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L
CSVG11F V025 .010 0.25 .006 0.15 .020 0.50 0.0 ●CSVG11F V030 .012 0.30 .006 0.15 .020 0.50 0.0 ○CSVG11F V035 .014 0.35 .006 0.15 .020 0.50 0.0 ●CSVG11F V040 .016 0.40 .006 0.15 .020 0.50 0.0 ○CSVG11F V045 .018 0.45 .018 0.45 .039 1.00 0.0 ●CSVG11F V050 .020 0.50 .018 0.45 .039 1.00 0.0 ●CSVG11F V055 .022 0.55 .018 0.45 .039 1.00 0.0 ○CSVG11F V060 .024 0.60 .018 0.45 .039 1.00 0.0 ●CSVG11F V065 .026 0.65 .018 0.45 .039 1.00 0.0 ○CSVG11F V070 .028 0.70 .018 0.45 .039 1.00 0.0 ●CSVG11F V075 .030 0.75 .050 1.40 .079 2.00 0.0 ● ○CSVG11F V080 .031 0.80 .050 1.40 .079 2.00 0.0 ○CSVG11F V085 .033 0.85 .050 1.40 .079 2.00 0.0 ○CSVG11F V090 .035 0.90 .050 1.40 .079 2.00 0.0 ○CSVG11F V095 .037 0.95 .050 1.40 .079 2.00 0.0 ● ○CSVG11F V100 .039 1.00 .050 1.40 .079 2.00 0.0 ●CSVG11F V110 .043 1.10 .102 2.60 .118 3.00 0.0 ○CSVG11F V120 .047 1.20 .102 2.60 .118 3.00 0.0 ● ○CSVG11F V130 .051 1.30 .102 2.60 .118 3.00 0.0 ●CSVG11F V140 .055 1.40 .102 2.60 .118 3.00 0.0 ○CSVG11F V150 .059 1.50 .102 2.60 .118 3.00 0.0 ●
1/4"
(6.35)
w
L
+.001"
-0
Item number Chip- breaker Pitch range
VM1(Inch) (㎜) R L
CSVT11F P60-035A No 125 TPI ~ 51 TPI .001MAX 0.03MAX ● ●CSVT11F P60-035B No 125 TPI ~ 51 TPI .001MAX 0.03MAX ● ●
■CSVT - Threading.014±.001
(1.0)
.039
60°
1/4"
(6.35)
.014±.001
(1.0)
.039
60°
type A
type B
●:Stock ○: 1-2 week delivery M: Mirror finish
Item number Chip-breaker
Max. Cut-off Dia. Width VM1(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) R L
CSVC11F V06 No .118 3 .024 0.6 .079 2.0 0.0 ○CSVC11F V07 No .157 4 .028 0.7 .098 2.5 0.0 ● ●CSVC11F V08 No .157 4 .031 0.8 .098 2.5 0.0 ○ ○CSVC11F V10 No .197 5 .039 1.0 .118 3.0 0.0 ● ●CSVC11F V13 No .197 5 .051 1.3 .118 3.0 0.0 ○ ○CSVC11F VB06 Yes .118 3 .024 0.6 .079 2.0 0.0 ○CSVC11F VB07 Yes .157 4 .028 0.7 .098 2.5 0.0 ●CSVC11F VB08 Yes .157 4 .031 0.8 .098 2.5 0.0 ○CSVC11F VB10 Yes .197 5 .039 1.0 .118 3.0 0.0 ●CSVC11F VB13 Yes .197 5 .051 1.3 .118 3.0 0.0 ○
25°
W±.002"
1/4"
(6.35)
1/4"
(6.35)
■CSVC - Cut-off
M
M
M
M
Item number Chip- breaker
Edge geometry(α×β°) DT4 VM1(Inch) (㎜) (Inch) (㎜) R L R L
CSVB11F V-M No .039 1.00 .006 × 2° 0.15 × 2° ● ● ●CSVB11F VB-M Yes .039 1.00 .006 × 2° 0.15 × 2° ● ● ●
1/4
(6.35)
α
β°45°
0.00.98(2.5)
W±.002"
1/4
(6.35)
■CSVB - Back Turning
M
M
M
M
M
M
M
M
M
M
M
M
M
MMMMMMMMMMMMMMMMMMMMM
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For Swiss-type Lathes
J131
CSV Series - Toolholders
■CSV
■CSV -NC
■DS-CSVL (Takes right-hand inserts)
AA .7875.512 (140)(20)
.004
(0.1)
1°
AA 1°
.7874.724 (120)(20)
.004
(0.1)
AA
.787(20)
4.724 (120)
0.0
1°
φ
Right-hand style shown
Right-hand style shown
Left-hand style shown
DS-CSVL (Inch, Metric)
Gage Insert Item number Stock φ Clamp screw Wrench(Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11FR.. DS-CSVL15 ● 5/8 .591 15 4.724 120 .394 10 LRIS-2.5 × 7 CLR-15S
CSV -NC (Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..CSV 06-IN-NC ● ● 3/8 3/8 3/8 0 0 LRIS-2.5 × 7 CLR-15S
CSV 08-IN-NC ● ● 1/2 1/2 1/2 0 0 LRIS-2.5 × 7 CLR-15S
CSV (Inch, Metric)
Gage Insert Item numberStock
Clamp screw WrenchR L (Inch) (㎜) (Inch) (㎜) (Inch) (㎜) (Inch) (㎜)
CSV..11..
CSV 07 ● ● .295 7 .295 7 .295 7 .020 0.5 LRIS-2.5 × 7 CLR-15SCSV 08 ● ● .315 8 .315 8 .315 8 0 0 LRIS-2.5 × 7 CLR-15SCSV 10 ● ● .394 10 .394 10 .394 10 0 0 LRIS-2.5 × 7 CLR-15SCSV 12 ● .472 12 .472 12 .472 12 0 0 LRIS-2.5 × 7 CLR-15S
[ N
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For Swiss-type Lathes
J132
NTK Unique Tooling
Standard Items
Item Number Appearance
CLR-13S(FormerlyRLR-13S)
CLR-15S(FormerlyRLR-15S)
RLR-20S
LLR-25S
LLR-25S-20*65
LLR-28S
Optional Items〈LLR Type〉
Item Number Appearance
LLR-13S
LLR-15S
LLR-20S
〈Driver type wrench kits〉Item Number Contents
XX2815-04-13S XX2815-04 with HLR-25S(HLR-13S)
XX2815-04-15S XX2815-04 with HLR-25S(HLR-15S)
XX2815-04-20S XX2815-04 with HLR-25S(HLR-20S)
XX2815-04-25S XX2815-04 with HLR-25S(HLR-25S)
〈Driver type wrench for increased usability〉Item Number Magnetic Driver Handle
XX2815-04
Item Number Replaceable Bits
HLR-13S
HLR-15S
HLR-20S
HLR-25S
■ Spare Parts - Wrenches
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For Swiss-type Lathes
J133
•Make sure that wrench tip and wrench hole are neither deformed nor stripped
•Apply wrench straight to screw hole
•Do not apply more torque than the recommended amount (as shown to the right)
Note: Wrenches and bits come in a pack of five Clamp screws come in a pack of ten
Recommended Tightening TorqueAttention: When tightening screws
Item Number Recommended Tightening Torque(lbs)CLRLLR 13SHLR
6.2 (0.7N・m)
CLRLLR 15SHLR
12.4 (1.4N・m)
RLRLLR 20SHLR
26.6 (3.0N・m)
LLR 25SHLR 44.3 (5.0N・m)
LLR 28SHLR 62.0 (7.0N・m)
Clamp Screw Dimension(㎜) Standard Wrench
Appearance Order Code Item Number a b c θ(°) Order Code Item Number
θ
a
b
c5704739 LR-S-2×3.5 M2×P0.4 3.1 3.5 82
5681994 CLR-13S5907704 LR-S-2×3.7 M2×P0.4 3.1 3.7 82
5907712 LR-S-2×4.4 M2×P0.4 3.1 4.4 82
5907720 LR-S-2×5.5 M2×P0.4 3.0 5.5 90
5907738 LR-S-2.5×4.8 M2.5×P0.45 3.6 4.8 82
5681978 CLR-15S5704747 LR-S-2.5×5.5 M2.5×P0.45 3.6 5.5 82
5907746 LR-S-2.5×6 M2.5×P0.45 3.5 6.0 90
θ
a
b
Accessible from front and back
c
5907753 LR-S-2.5×6.8 M2.5×P0.45 3.5 6.8 90
5773619 LR-S-3×5.8 M3×P0.5 4.1 5.8 90
5485164 RLR-20S
5907761 LR-S-3×6.2 M3×P0.5 5.2 6.2 82
5907779 LR-S-3×7.8 M3×P0.5 4.0 7.8 90
5907787 LR-S-4×5.8 M4×P0.7 5.8 6.0 82
5907795 LR-S-4×9 M4×P0.7 5.8 9.0 82
5116991 LR-S-4×10PW M4×P0.7 5.8 10.0 90 5681978 CLR-15S
θ
a
b
c
5534029 LRIS-2×6 M2×P0.4 2.6 6.0 605681994 CLR-13S
5907803 LRIS-2.2×6 M2.2×P0.45 3.15 6.0 60
5989181 LRIS-2.5×5 M2.5×P0.45 3.6 5.0 605681978 CLR-15S
5907811 LRIS-2.5×7 M2.5×P0.45 3.6 7.0 60
5907829 LRIS-3×6 M3×P0.5 4.0 6.0 605485164 RLR-20S
5428156 LRIS-3×8 M3×P0.5 4.2 8.0 60
5477328 LRIS-4×5 M4×P0.7 5.85 5.0 60
53649305794698
LLR-25SLLR-25S-20*65θ
a
b
c
Accessible from front and back
5907837 LRIS-4×6 M4×P0.7 5.85 6.0 60
5977566 LRIS-4×8 M4×P0.7 5.85 8.0 60
5907845 LRIS-4×10 M4×P0.7 5.85 10.0 60
5684105 LRIS-4×12 M4×P0.7 5.85 12.0 60
5907852 LRIS-5×10 M5×P0.8 7.0 9.5 60 5364948 LLR-28S
5116983 LRIS-4×10PW M4×P0.7 5.7 10.0 605681978 CLR-15S
5090576 LRIS-4×12PW M4×P0.7 5.7 12.0 60
■ Clamp Screws and Wrenches
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For Swiss-type Lathes
K1
Information
●Grade Comparison Chart ………… K2●Material Cross Reference Chart … K4● Aerospace Material Specifications … K6● Hardness Comparison Chart … K12
K
Infomation
K2
Technical Data■ Grade Comparison Chart
NTK GREENLEAF HERTEL INDEXABLE ISCAR KENNAMETAL KYOCERA NEWCOMER ROMAY SANDVIK SPK SSANGYONG SUMIOTOMO TAEGUTECH TUNGALOY VALENITE
Cas
t iron
K
HC1HW2 GEM19 AC5 I50 IN11 KA30 NP5200 CC10 SZ200
SZ300AW20AB120
HC2HC5HC6
GEM7 MC2 I100 IN22IN23
K090KY1615
A65A66NPT600M
NP5000 CC20CC30
CC620CC650 SH2
ST100ST300ST500SD200TC300TA300
NB90S AB30LX11LX21CX710
Q32
SX1SX6SP2SP9
CSN100CSN200
MW30MW43
IS8IS80
KYK25KYK35KY3000KY3400KY3500
CS7050KS6000KS6050
CC510 CC513CC514CC514SCCC516CC516SC
CC6190CC1690
SL506SL508SL554CSL808SL550CSL654SL854C
SN26SN300SN400SN600SN500SN600SN700SN800
SN2000KSN2100KNS260NS260C
AS10SC10AS500
FX105 VPQ130VPQ135
Heat re
sistant
alloy S WA1 WG300
WG600 IW7 KY4300 CC600 CC670SW400SW500SW700
WX2000 TC430
SX5SX7SX9
MW37
KYS25KYS30KY2100KY1525KY1540
CF1 CC5477 CC6060CC6065 SN900 AS20
Harden
ed
material
H HC4ZC4HC7ZC7
GEN7 I100 IN22 KY4400A65KT66A66NPT600M
CC30SC CC6050 NB90S AB20 LX11Q35
VPZ215VPZ205
WA1 WG300WG600 IW7 KYS25
KY4300 CC670SW400SW500SW700
● Ceramics
● CBNNTK DIJET HITACHI INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI SANDVIK SECO SPK SSANGYONG SUMIOTOMO TAEGUTECH TUNGALOY WALTER
Cas
t iron
K
B23B30
JBN795JBN330
BH200BH250
CBN90CBN95CBN100
IB50IB85IB55
KB5630KB1630KB1345KB9610KB9640
KBN60MKBN900
MB710MB5015MB730MBS140BC5030
CB7525CB7925
CBN050CCBN300PCBN20CBN200CBN300CBN350
WBN115WBN105WBN100WBN120WBN750
SBN1600BN700BNS800BN600BN500
TB650KB90KB90A
BX930BX90SBX870BX470BX480BX950BXC90
Harden
ed m
aterial
H
B52B36B40
JBN300JBN245
BH200BH250
CBN45CBN50CBN60CBN70
IB50IB55
KB1610KB1625KB5610KB1340KB5625KB9610KB9640
KBN510KBN525KBN10CKBN25CKBN05MKBN10MKBN25MKBN30MKBN35NKBN900
MBC010MB810BC8020MB8025MB825MB835
CB7015CB20CB50CB7025CB7525
CBN050CCBN10CBN100CBN150CBN170CBN200CBN160PCBN350CBN300P
SBN2000
BNX10BNX20BN250BNX25BN300BNC150BNC80DBNC200BNC300
KB50TB650
BX310BXM10BX330BX360BXC50BX530BX380BXM20
WLB30WLB50
* Italic type = Coated insert
● CermetNTK DIJET HITACHI ISCAR KENNAMETAL KYOCERA MITSUBISHI SANDVIK SECO SSANGYONG SUMIOTOMO TAEGUTECH TUNGALOY
Stee
l P XT3
Q15C7XC7ZXN4
LN10CX50CX75CX90CX99NITNATSUZ
CH350CZ25CH550CH7030CZ1025
IC20NIC520NIC530NIC75TIC30N
KT315KTP10
TN30PV30TN6010PV7010TN60TN6020PV7020PV7025TN90
AP25NNX2525NX3035VP45N
CT5015GC1525
CMC15M
TX510TX515TX520TX530
T110AT1200AT2000ZT3000Z
PV3010PV3030CT3000CT5000
NS520GT530GT730NS730NS740
Stain
less s
teel
M
XT3Q15C7XC7ZXN4
LN10CX50CX75CX90CX99NITNATSUZ
CH350CH550CH7030CZ1025
IC20NIC520NIC530NIC30N
KT315KTP10
TN60TN6020PV7020PV7025TN90
NX2525AP25NNX3035
GC1525 CMC15M
TX510TX515TX520TX530
T2000ZPV3010PV3030CT3000CT5000
NS520NS530GT730NS740
Cas
t iron
K
T15Q15
LN10NIT CH350 KT315
KTP10
TN30PV30PV7005TN60TN6010PV7005PV7010
AP25NNX2525 CT5015
TX510TX515TX520TX530
T110AT1200A
PV3010PV3030CT3000CT5000
NS520NS530NS730GT730
Infomation
K3
● Non coated carbideNTK DIJET GREENLEAF HITACHI INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI ROMAY SANDVIK SECO SUMIOTOMO TAEGUTECH TUNGALOY WALTER
Stee
l P
KM1SRTDX30DX35SR30
G60G20M
WS10EX35EX40EX45
CI9CI7CI6CI5
IC70IC50MIC54
KU10 PW30 UTi20TS10MS25MS60M
ST10PST20EST30EA30
CT3000 UX30TX40
Cas
t iron
K
KM1
KG03KG1KG10KT9CR1KG20KG30LF12
G02WH02WH05WH10WH20D
CI65CI2CI3CI1CI4
IC04IC20IC10IC28
K68K313
KW10GW15GW25
HTi05THTi10TUTi20T
R600 H10H13A
890883HX
G10E UF1
TH03KS05FG1FTH10G2G2FKS15FKS20G3
WSN10WK1
● PVD coated carbideNTK DIJET GREENLEAF HITACHI INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI SANDVIK SECO SUMIOTOMO TAEGUTECH TUNGALOY WALTER
Stee
l P
VM1ZM3QM3TM4DT4DM4
JC5003JC5030JC5015JC5040
G915G920G925
CY15CY150IP2000CY250CY9020HC844IP3000
CI29CI25A
IC507IC807IC907IC908IC328IC928IC3028
KC5510KC5010KCU10KCU25KC5025KC5525
PR915PR1005PR930PR1025PR1115PR1215PR1225
VP10MFVP10RTVP15TFVP20MFVP20RT
GC1125GC1525
CP200CP250CP500
ACZ150ACZ310AC520UACZ330ACZ350AC530U
TT1040TT7220TT8010TT8020TT9030TT9080
AH710AH725AH730SH730GH330AH120AH740AH130GH130AH140
WSM30WXP43WXM33WXP20
Stainles
s stee
l M
VM1ZM3QM3TM4DT4DM4
JC5003JC5015JC5030JC5040
G915G920G925
IP050SIP100SCY250CY9020
CI29CI24CI23
IC507IC520IC907IC308IC908IC3028IC1008IC1028IC3028IC928
KCU10KCU25KC5010KC5025KC5510KC5525
PR915PR1025PR1215PR1225PR930PR1125
VP10MFVP10RTVP15TFVP20MFVP20RT
GC15GC1005GC1105GC1115GC1525GC2035
TS2000CP200TS2500CP500
EH510ZACZ150AC510UEH520ZACZ310AC520UACZ330ACZ350AC530U
TT1040TT5080TT7010TT7080TT7220TT8010TT8020
AH710AH725AH730GH330SH730GH730AH120AH130GH130AH140
WXN10WXP43WXM33WXP20WXM20
Cas
t iron
K
QM3DM4
JC5003JC5015
CY100HCY10HCY9020
IC910IC507IC908IC508
KCU10KCU25KC5010KC5025KC5510KC5525
PR905PR1215
VP10RTVP15TFVP20RT
TS2000CP200DTS2500CP250CP500
EH10ZEH510ZAC510UEH20ZACZ310AC520UAC530U
TT1040TT6080TT7010TT7080
AH110GH110AH120GH130
● CVD coated carbideNTK DIJET GREENLEAF HITACHI INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI ROMAY SANDVIK SECO SUMIOTOMO TAEGUTECH TUNGALOY WALTER
Cas
t iron
K
CP1
JC105VJC605XJC605WJC050WJC110VJC610JC215V
GA5022GA5023
HG3305HG3315HX3505HX3515GM8015HG8010GM8020GM8025GM25
CIN2CIT3CIT6CINXCIX
IC428IC9007IC9150IC418IC428IC9015IC9007
KCP05KCK05KCP10KCK15KCP25KCK20KCP30
CA4010CA4505CA5505CA4115CA4515 CA4120
UC5105UC5115UC6110UE6110
R100R200R500
GC3005GC3205 GC3210GC3215GC4215
TK1000TH1000TK2000MK1500TX150TP200TP2500
AC300GAC410KAC700GACK200DAC820PAC420KACK200
TT6300TT6800TT7005TT7015
T5105T5115T1115T5125
WPP01WPP10WPP20
● PCD
(Note) This chart is based on published data and not authorized by each manufacturer
NTK DIJET INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI SANDVIK SECO SSANGYONG SUMIOTOMO TAEGUTECH TUNGALOY WALTER
Non-f
errou
sma
terial N
PD1
JDA30JDA735JDA40JDA745JDA10JDA715
PCD3PCD-FPCD-UF
ID5KD1400KD1405KD1425
KPD001KPD010 KPD230
MD205MD220MD230
CD10PD10PD20PD30
SPD100SPD200SPD300
DA1000DA2200DA150DA200DA90
KP100KP300KP500
DX180DX160DX140DX110DX120
WCD10 Infomation
K4
Technical Data
ISOCountry U.S.A. Japan Germany
ISOCountry U.S.A. Japan Germany
Standard AISI / SAE JIS DIN Standard AISI / SAE JIS DIN
Stainles
s stee
l M
Stainless Steel (Ferrite/Martensitic)
Cas
t iron
K
Malleable cast iron403 SUS403 X6Cr13 - FCMB310 -
X7Cr14 32510 FCMW330 EN-GJMB350-10416 SUS416 X12CrS13 40010 FCMW370 EN-GJMB450-6430 SUS430 X6Cr17 50005 FCMW490 EN-GJMB550-4410 SUS410 X10Cr13 70003 FCMP540
SUS420J2 X46Cr13 A220-70003 FCMP590 EN-GJMB650-2405 X6CrAL13 A220-80002 FCMP690 EN-GJMB700-2420 X20Cr13 Gray cast iron431 SUS431 X19CrNi17-2 No 20 B FC100 EN-GJL-100430F SUS430F X14CrMoS17 No 25 B FC150 EN-GJL-150434 SUS434 X6CrMoS17-2 No 30 B FC200 EN-GJL-200CA6- SCS5 X3CrNiMo13-4 No 35 B FD250 EN-GJL-250405 SUS405 X10CrAL13 No 40 B - -HNV6 SUH4 X85CrMoV18-2 No 45 B FC300 EN-GJL-300446 SUH446 X10CrAL2-4 No 50 B FC350 EN-GJL-350EV8 SUH35,SUH36 X53CrMnNiN21-9 No 55 B - EN-JLZS44400 X1CrMoTi18-2 A436 Type 2 - GGL-NiCr20-2
X20CrMoV12-1 Ductile cast iron630 X5CrNiCuNb16-4 60-40-18 FCD400 EN-GJL-400-15
Stainless Steel (Austenitic) - - EN-GJL-400-18-LT304L X2CrNi19-11 80-55-06 FCD500 EN-GJL-500-7304 SUS304 X5CrNi18-10 A43D2 - EN-GJSA-500303 SUS303 X8CrNiS18-9 - FCD600 EN-GJS-600-3
SUS304L 100-70-03 FCD700 EN-GJS-700-2304L SCS19 X2CrNi19-11
Nonferrous m
aterial
N SC64D C4BS G-AlSi9MGWA301 SUS301 X9CrNi18-8 GD-AISI12 AC4A G-ALMG5304LN SUS304LN X2CrNi18-10 356.1 A5052316 SUS316 X5CrNiMo17-2-2 A413.0 A6061 GD-AlSi12316LN SUS316LN X2CrNiMoN17-13-3 A380.1 A7075 GD-AlSi8Cu3316L X2CrNiMoN17-12-2 A413.1 ADC12 G-AlSi12(Cu)316L SCS16 X2CrNiMo18-14-3 A413.2 G-AlSi12
SUS316L A360.2 G-AlSi10Mg(Cu)317L SUS317L X2CrNiMo18-15-4
Heat-re
sistan
t allo
y S
Heat-resistant alloyUNS X1NiCrMoCu25-20-5 330 SUH330 X12NiCrSi36 16V 0890A SCH15 G-X40NiCrSi36-18321 SUS321 X6CrNiTi18-10 5390A347 SUS347 X10CrNiNb18-10 5666 NiCr22Mo9Nb316Ti X6CrNiMoTi17-12-2 NiCr20Ti318 X10CrNiMoNb 18-12 5660 NiFe35Cr14MoTi309 SUH309 X15CrNiSi20-12 5391 S-NiCr13A16MoNb310S SUH310 X8CrNi25-21 5383 NiCr19Fe19NbMo308 SCS17 X2CrNiMoN17-11-2 4676 NiCu30AL3Ti17-7PH X7CrNiAL 17-7 NiCr20TiAkN08028 X1NiCrMoCu31-27-4 AMS 5399 NiCr19Co11MoTi
Stainless Steel (Austenitic/Ferrite) AMS 5544 NiCr19Fe19NbMoS31500 X2CrNiN23-4 AMS 5397 NiCo15Cr10MoAlS32900 X8CrNiMo27-5 5537C CoCr20W15NiS32304 X2CrNiN23-4 AMS 5772 CoCr22W14NiS31803 X2CrNiMoN22-53 Titanium alloy
Harde
ned
materia
l
H 5130H SCr430H 34Cr4 AMS R54520 TiAl5Sn2.55135H SCr435H 37Cr4 AMS R56400 TiAl6V44135H SCM435H 34CrMo4 AMS R56401 TiAl6V4ELl4140H SCM440H 42CrMo4 TiAl4Mo4Sn4Si0.5
■ Material Cross Reference Chart
Heat resistant alloys for Aerospace ⇒ K6-K11
Infomation
K5
ISOCountry U.S.A. Japan Germany
ISOCountry U.S.A. Japan Germany
Standard AISI/SAE JIS DIN Standard AISI/SAE JIS DIN
Stee
l P
Carbon steel
Stee
l P
A573-81 SM400A;B;C S275J2G3A570.36 STKM12A;C S235JRG2 SM490A;B;C;YA;YB S355J2G3+C21115 GC16E 5120 DS355J2G3A573-8165 S235J2G3 9255 55Si71015 C15 9262 S340MGC1020 C22 52100 SUJ2 100Cr61213 SUM22 11SMn30 ASTM 16Mo312L13 SUM22L 11SMnPb30 4520 16Mo5
10SPb20 ASTM 14Ni61215 11SMn37 8620 SNCM220(H) 21NiCrMo212L14 11SMnPb37 8740 SNCM240 40NiCrMo221015 S15C Ck15E 17CrNiMo61025 S25C Ck25E 5015 SCr415(H) 15Cr3A572-60 S380N 5140 SCr440 42Cr4A572-60 17MnV7 5155 SUP9(A) 55Cr31035 C35 SCM415(H) 15CrMo51045 C45 8740 SNCM240 40NiCrMo8-41040 35S20 5015 SCr415(H) 15Cr31039 40Mn4 ASTMA182 13CrMo51335 SMn438(H) 36Mn5 ASTMA182 13CrMo4-51330 SCMn1 28Mn6 14MoV631035 S35C C35G 31CrMo121045 S45C C45E 39CrMoV131050 S50C C53G L1 41CrS41055 C55 8620 22Mo41060 C60E 50CoMo41055 S55C C55E 16MnCr51060 S58C C60E 31NiCrMo141095 C101E L6 50NiCr13W1 SK3 C101u 3135 SNC236 36NiCr6W210 SUP4 C105W1 3415 SNC415(H) 14NiCr10
Alloy steel 3415;3310 SNC815(H) 14NiCr14ASTMA353 X8Ni9 92552515 12Ni19 9840 36CrNiMo4
14NiCrMo13 4340 34CrNiMo65132 SCr430(H) 34Cr4
D3 SKD1 X210Cr12 5140 SCr440(H) 41Cr45115 16MnCr54130 SCM420;SCM430 25CrMo4
H13 SKD61 X40CrMo134 4137;4135 SCM432;SCCRM3 34CrMo44140;4142 SCM440 41CrMo4
A2 SKD12 X100CrMoV51 4140 SCM440(H) 42CrMo4SKD2 X210CrW12 32CrMo12
S1 45WCrV7 6150 SUP10 51CrV4H21 SKD5 X30WCrV93 41CrMo7
X30WCrV9 L3 100Cr6X165CrMoV12 SKS31 105WCr6
HW3 SUH1 X45GrSi93 SKS2,SKS3D3 SUH3 S6-5-2 L6 SKT4 55NiCrMoV6M2 SKH51 S6-5-2 Cast steel M35 SKH55 S6-5-2-5 SEMnH1M7 S6-9-2 SCMnH/1 G-X120Mn12HNV3 X210Cr12G
Infomation
K6
Technical Data
Commercialdesignation
HardnessBrinell HB
Nominal compositionApproximate content in %
Ann. Aged Ni Cr Co Fe Mo C Mn Si Al Ti Others
Astroloy* 56.9 15.0 15.0 5.25 0.06 4.0 3.5 0.05GMR 235* 63.3 15.5 10.0 5.2 0.15 0.25 0.6 3.0 2.0 0.06GMR 235D 63.0 15.5 4.5 5.0 0.15 0.1 0.3 3.5 2.5 0.05Hastalloy B* 140 64.3 0.6 1.25 5.5 28.0 0.1 0.8 0.7 Hastalloy C* 200 54.1 16.0 1.25 5.75 17.0 0.07 0.8 0.7 4.0Hastalloy N* 72.2 7.0 0.25 3.0 16.5 0.06 0.4 0.25 0.5 0.21Hastalloy W* 62.7 5.0 1.25 5.5 24.5 0.06 0.5 0.5 Hastalloy X* 160 47.1 22.0 1.5 18.5 9.0 0.1 0.6 0.6 0.6Hastelloy R235* 61.0 15.0 2.5 10.0 5.5 0.15 0.25 0.6 3.0 2.0 Haynes 75 73.7 20.0 5.0 0.12 0.25 0.4 0.5Haynes 80A 70.9 20.0 2.0 3.0 0.1 1.5 2.5 Haynes 263 25 51.4 20.0 20.0 6.0 0.06 1.0 1.5 Haynes 600 75.9 16.0 8.0 0.08 Haynes 625 61.4 21.0 5.0 9.0 0.1 3.5Haynes 718 43 53.5 18.0 19.0 3.0 0.08 0.5 0.9 5.0Haynes X-750 37 74.9 16.0 7.0 0.08 0.8 0.25 1.0IN-100* 61.6 10.0 15.0 3.0 0.18 1.2 0.5 5.5 4.75 Incoloy 804* 41.0 29.5 26.0 0.1 1.0 0.75 0.25 0.6 0.5Incoloy 825* 180 42.0 21.0 30.0 3.0 0.04 1.0 2.0Incoloy 901* 180 300 44.3 12.5 34.0 6.0 0.05 0.24 0.12 0.15 2.7 0.15Incoloy 903* 380 39.0 15.0 41.0 0.02 0.7 1.4 3.0Inconel 600* 170 75.0 15.5 8.0 0.05 Inconel 601* 150 60.0 23.0 14.0 0.05 1.4 Inconel 604* 180 74.4 15.8 7.2 0.04 0.2 0.2 0.1Inconel 625* 180 61.0 21.5 2.5 9.0 0.04 0.5 0.5 0.4 0.4 3.6Inconel 700* 350 46.0 15.0 23.5 0.7 3.75 0.12 0.1 0.3 3.0 2.2 Inconel 702* 79.6 15.6 0.35 0.04 0.05 0.2 3.0 0.7 Inconel 706* 42.0 16.0 40.0 0.03 0.2 0.3 0.4 1.75 Inconel 713* 75.0 12.5 4.2 0.12 6.1 0.8 Inconel 718* 180 380 52.5 19.0 19.0 3.0 0.04 0.35 0.35 0.9 0.9 0.1Inconel 722* 380 74.8 15.0 6.5 0.04 0.55 0.2 0.6 2.4 Inconel 751* 70.0 15.5 7.0 0.1 1.0 0.5 1.5 2.6 0.5Inconel 781 70.0 16.0 8.0 0.07 2.25 0.15 0.1 3.0 0.2Inconel X-750* 390 73.0 15.5 7.0 0.04 0.35 0.35 0.7 2.5 Jessop G39* 130 67.5 19.5 5.0 3.0 0.5 4.5Jessop G64* 220 60.7 11.0 2.0 3.0 0.15 6.0 4.0Jessop G81* 300 79.3 20.0 13.0 0.05 1.3 2.3 Jethete M-252* 320 55.3 20.0 10.0 10.0 0.15 0.5 0.5 1.0 2.6 MAR-M 200* 69.4 9.0 10.0 0.15 5.0 2.0 13.5MAR-M 246* 270 59.5 9.0 10.0 0.2 2.5 0.15 5.5 1.5 11.5MAR-M 421* 62.3 15.5 10.0 1.7 0.15 4.3 1.75 5.3MAR-M 432* 52.3 15.5 20.0 0.15 2.8 4.3 5.0Monel 400* 110 65.0 1.5 0.12 1.0 32.0Monel K-500* 120 290 64.0 1.0 0.13 0.8 2.8 0.6 30.0
● Material Specifications Cross-Reference List-Aerospace Material Designation■ Ni-based Heat Resistant Alloys
* These alloys can be hardened by an aging process
Infomation
K7
USA UK France Germany Others
SAE AMS BS AFNOR Werkst.-Nr DIN1706
AISI:686 NiCr16MoAl
5396A 5396 ND37FeV 2.48 S-NiMo30 N100015388C 5388 2.4602 NiCr17Mo17FeW N100025771 5607 N10003 5786 N10004
5390A 5390 NC22FeD 2.4603 N06002 5872 5596/5597 5542/5593 NC15TNbA 5397 LW2.4674 NiCo15Cr10MoAITi N13100 3072-76 NC21FeDU 2.4858 NiCr21Mo N08825 5660 ZSNCDT42 LW2.4662 NiFe35Cr14MoTi N09901 5540 5580 3072-76 NC15Fe 2.4816 NiCr15Fe N06600 5715 2.4851 NiCr23Fe N06601 5666 NC22FeDNB 2.4856 NiCr22Mo9Nb N06625 NK27CADT NiCo29Cr15MoAITi 5550 N07702 5702 N09707 5391 3146-3 NC12AD LW2.4670 S-NiCr13AI6MoNb 5383 5589 HR8 NC19FeNB LW24668 NiCr19Fe19NbMo N07713 5541 NC16FeTi NiCr16FeTi N07722 N07751
5542G 5582 NC16FeTNb 2.4669 NiCr16FeTi N07750 NiCr20MoW NiCr11AIWNb NiCr20Co18Ti 5551 2.4916 S-NiCr19Co N07252 NiW13Co10Cr9AITi 2.4675 NiCo10W10Cr9AITi NiCR16Co10WAlTi NiCo20Cr16WAITi 4544 4574 3072-76 NU30 2.436 NiCu30Fe N044004676 3072-76 2.4375 NiCu30AI N05500
Infomation
K8
Technical Data
* These alloys can be hardened by an aging process
Commercialdesignation
HardnessBrinell HB
Nominal compositionApproximate content in %
Ann. Aged Ni Cr Co Fe Mo C Mn Si Al Ti Others
Monel R-405* 110 66.0 1.2 0.15 1.0 31.06Nimocast 80* 69.9 20.0 2.0 5.0 0.1 1.0 2.0 Nimocast 90* 52.9 20.0 18.0 5.0 0.1 1.5 2.5 Nimocast 713 72.6 13.4 4.5 0.12 6.2 1.0 2.3Nimocast 842 57.7 22.0 10.0 10.0 0.3 Nimocast PD16 43.8 16.5 34.0 3.3 0.06 1.2 1.2 Nimocast PE10 56.4 20.0 6.0 9.0Nimocast PK24 61.1 9.5 15.0 3.0 0.17 5.5 4.7 1.0Nimonic 75* 170 75.0 19.5 4.0 0.12 0.4 Nimonic 80A* 350 75.0 19.5 0.08 1.4 2.4 Nimonic 90* 346 59.0 19.5 16.5 0.08 1.5 2.5 Nimonic 95 49.9 19.5 5.0 0.11 1.0 2.0 3.5 Nimonic 105* 320 53.0 15.0 20.0 5.0 0.12 4.7 1.2 Nimonic 115* 350 59.0 14.2 13.2 4.0 0.16 5.0 4.0 Nimonic 242 58.0 21.5 10.0 10.5 Nimonic 263/C263* 275 51.5 20.2 20.0 6.0 0.06 0.5 2.0 Nimonic 901* 350 44.0 12.5 35.0 5.7 0.04 0.3 2.9 Nimonic PE13 49.0 21.8 1.5 18.5 9.0 0.1 0.5 0.5 0.6Nimonic PE16* 250 43.5 16.5 34.0 3.3 0.06 1.2 1.2 Nimonic PK25 49.9 19.0 19.5 4.0 0.08 0.8 0.8 2.9 2.9 Nimonic PK31 53.8 20.0 14.0 4.5 0.4 2.3 5.0Nimonic PK33* 350 55.9 18.0 14.0 0.5 7.0 0.05 0.25 0.25 2.1 2.2 R-235* 63.3 15.0 1.2 10.0 5.5 0.12 0.1 0.3 2.0 2.5 Refractaloy 26 38.0 19.0 20.0 16.0 3.2 0.03 0.8 1.0 0.2 2.75 Rene 41 53.1 19.0 11.0 1.8 10.0 0.09 0.3 0.3 1.5 3.1 Rene 63 54.4 14.0 15.0 0.5 6.0 0.05 0.1 0.2 3.8 2.5 3.5Rene 77 57.6 15.0 15.0 0.4 4.2 0.17 0.1 0.1 4.3 3.3 Rene 80 61.0 14.0 9.5 4.0 0.15 4.0 8.0Rene 95 64.5 14.0 8.0 3.5 0.15 2.5 3.5Rene 100 60.6 10.0 15.0 3.0 0.18 5.5 4.7 Rene 125 60.0 8.9 10.0 2.0 0.1 4.7 2.5 7.0TRW 1800 70.0 13.0 0.1 6.0 0.06 10.5TRW V1 A 70.5 6.0 7.5 2.0 0.13 5.4 1.0 6.3Udimet 500* 51.7 19.0 19.0 4.0 0.1 0.1 0.1 3.0 3.0 Udimet 630 51.0 17.0 17.5 3.0 0.04 0.6 1.1 4.1Udimel 700 54.6 15.0 17.5 0.1 4.4 3.4 Udimet 710 55.0 18.0 15.0 0.5 1.5 0.07 2.5 5.0 1.5Udimet 718* 180 380 52.5 18.0 18.0 3.0 0.05 0.6 0.1 5.2Waspaloy* HRC35-42 56.9 19.8 13.5 0.8 4.45 0.07 0.1 0.1 1.4 3.0
● Material Specifications Cross-Reference List-Aerospace Material Designation■ Ni-based Heat Resistant Alloys
Infomation
K9
USA UK France Germany Others
SAE AMS BS AFNOR Werkst.-Nr DIN1706
4674 7234 N04405 3146
5391A HC203 NC13AD 2.467 S-NiCr13AI6MoNb 5397 HC204 NK15CAT LW2.4674 NiFe33Cr17Mo 3146 HR5,203-4 NC20T 2.463 NiCr20Ti Hr401,601 NC20TA 2.4631 NiCr20TiAk N07080 Hr2,202 Nc20ATV 2.4632 NiCr20Co18Ti N07090 HR3 NCKD20ATV 2.4634 NiCo20C15MoAITi HR4 NCK15ATD 2.4636 NiCo15Cr15MoAITi HR10 NCK20D 2.465 NiCr15Co19MoTi
5660C 5661A ZSNCDT42 2.4662 NiCr15MoTi 5536E 5754E HR6,204 NC22FeD 2.4665 NiCr22Fe18Mo HR207 NW11AC NiFe33Cr17Mo
5751A 5753 NKOD20ATU 2.4666 NiCr18CoMo NC19KDUV NiCr20Co16MoTi Z6NKCDT38 5399 NC19KDT 2.4973 NiCr19Co11MoTi N07041 NC14K8 NiCo15Cr10MoAITi NiTa9Co8W6CrAI 5751 NCK19DAT 2.4983 NiCr18Co18MoTi N07500 2.4668 NiCr19NbMo NCKD20AT 2.4636 NiCo15CrMoAlTi NC18TDA 5383 5589 HR8 NC19FeN LW2.4668 NiCr19Fe19NbMo N07718 5544 NC20K14 LW2.4668 NiCr19Fe19NbMo N07001 In
fomation
K10
Technical Data
* These alloys can be hardened by an aging process
Commercialdesignation
HardnessBrinell HB
Nominal compositionApproximate content in %
Ann. Aged Ni Cr Co Fe Mo W Mn Si Al Ti Others
Air Resist 13 1.0 79.6 2.5 11.0 3.5 4.12Air Resist 213 19.0 65.8 4.7 3.5 6.68Altemp S 816 20.0 20.0 47.6 4.0 4.0 0.4FSX 414 10.0 29.0 52.8 1.0 7.0 0.25Haynes 25* 10.0 20.0 49.0 3.0 15.0 1.5 0.5 0.1Haynes 36 10.0 18.5 52.8 2.0 14.5 1.2 0.6 0.4Haynes 151 20.0 65.6 12.8 0.5 0.5 0.15 0.47Haynes 188* 22.0 22.0 38.0 2.5 14.0 1.0 0.4 0.1HS 6* 2.5 28.0 60.5 3.0 5.0 1.0HS 21* 3.0 27.0 62.6 2.0 5.0 0.6 0.6 0.25HS 25 10.0 20.0 48.4 3.0 15.0 1.5 2.0 0.1HS 30 16.0 24.0 51.4 1.0 6.0 0.6 0.6 0.4HS 31 10.0 25.0 53.8 1.5 8.0 0.6 0.8 0.4HS 36 10.0 18.0 53.1 2.0 15.0 1.5 0.4J 1570* 28.0 19.0 39.0 2.0 7.0 J 1650 27.0 19.0 38.0 12.0 0.2Jessop 832 12.0 19.0 44.0 17.0 2.0 0.8 0.3 3.5Jessop 834 12.0 19.0 42.0 20.0 2.0 6.5Jessop 865 10.5 25.5 53.0 2.0 7.5 0.6 0.6 0.45Jessop 875 21.0 66.0 11.0 2.45Jessop 887 10.0 20.0 50.0 3.0 15.0 0.5 1.5 0.1Jessop X-40 10.5 25.5 53.0 1.5 7.5 0.75 0.75 0.5Jessop X-45 10.5 25.5 54.7 2.0 7.0 0.25Jessop X-50 20.5 25.5 40.3 4.0 12.0 0.75Jessop X-63 10.0 25.0 57.6 1.0 6.0 0.45Jetalloy 209 10.0 20.0 52.0 1.0 15.0 2.0 0.02L-251 10.0 19.0 56.0 1.0 14.0 0.4L-605 10.0 20.0 51.0 1.6 15.0 1.5 0.6 0.1M 203 25.0 20.0 38.0 1.6 12.0 0.8 1.0 0.7 2.0 1.67M 204 25.0 18.0 42.0 1.6 12.0 1.27M 205 25.0 18.0 40.0 1.6 12.0 2.7 1.67MAR-M 302 21.5 57.0 0.75 10.0 0.1 0.2 10.0MAR-M 322 21.5 60.0 0.75 9.0 0.1 0.1 0.75 7.7MAR-M 509 10.0 23.0 55.0 7.0 0.05 0.05 0.2 4.6MAR-M 905 20.0 20.0 55.0 0.5 7.65MAR-M 918 20.0 20.0 52.0 0.4 0.1 0.1 0.5 7.65Refractaloy 70 20.0 21.0 46.0 0.5 8.0 4.0 0.08V-36 20.0 25.0 43.2 2.4 4.0 2.0 0.6 0.5 2.29Wl-52 0.5 21.0 62.6 2.0 11.0 0.25 0.25 2.45
● Material Specifications Cross-Reference List-Aerospace Material Designation■ Co-based Heat Resistant Alloys
Infomation
K11
USA UK France Germany Others
SAE AMS BS AFNOR Werkst.-Nr DIN1706
(5534) LW2.4989 CoCr20Ni20W
5537C 5759 KC20WN LW2.4964 CoCr20W15Ni CoCr19W14NiB CoCr20W13 5772 KC22WN CoCr22W14Ni 5373 R30006 5385 3531 CoCr29Mo R30021
5759 KC20WN LW2.4964 CoCr20W15Ni 5380 CoCr25NiW R300305382 3146 LW2.4670 CoCr25NiW R30031 CoCr19W14NiB CoCr19Fe16NiMoVNb CoCr19Fe20NiMoVNb CoCr25Niw CoCr21W11Nb CoCr20W15Ni 5382 3156-2 LW2.4670 CoCr25NiW 5759 2.4964 CoCr20W15Ni R30605 CoCrW10TaZrB CoCr22W9TaZrNb 3146-3 CoCr24Ni10WTaZrB CoCr20Ni20Ta CoCr25NiMoWNb CoCr12MoW In
fomation
K12
Technical Data
Brinell hardness, 10 mm balls, 3000 kgf load
Vicke
rs Hardn
ess (HV)
Rockwell hardness
Shore ha
rdne
ss Tensile strengthKgf/mm2
[N/m2]Approximate value MPa ⑴
Standard ball
Tung
sten
ca
rbide tall Scale A
Load: 60 kgf brale
indenter(HRA)
Scale BLoad: 100 kgfDiameter
1/16’’ indenter(HRB)
Scale CLoad: 150 kgf
brale indenter(HRC)
- - 940 85.6 - 68 97- - 920 85.3 - 67.5 96- - 900 85 - 67 95- (767) 880 84.7 - 66.4 93- (757) 860 84.4 - 65.9 92
- (745) 840 84.1 - 65.3 91- (733) 820 83.8 - 64.7 90- (722) 800 83.4 - 64 88- (710) 780 83 - 63.3 87- (698) 760 82.6 - 62.5 86
- (684) 740 82.2 - 61.8 84- (670) 720 81.8 - 61 83- (656) 700 81.3 - 60.1 81- (647) 690 81.1 - 59.7 -- (638) 680 80.8 - 59.2 80
- 630 670 80.6 - 58.8 -- 620 660 80.3 - 58.3 79- 611 650 80 - 57.8 -- 601 640 79.8 - 57.3 77- 591 630 78 - 56.8 -
- 582 620 79.2 - 56.3 75- 573 610 78.9 - 55.7 -- 564 600 78.6 - 55.2 74- 554 590 78.4 - 54.7 -- 545 580 78 - 54.1 72
- 535 570 77.8 - 53.6 -- 525 560 77.4 - 53 71- 517 550 77 - 52.3 -- 507 540 76.7 - 51.7 69- 497 530 76.4 - 51.1 -
- 488 520 76.1 - 50.5 67- 479 510 75.7 - 49.8 -- 471 500 75.3 - 49.1 66- 460 490 74.9 - 48.4 -- 452 480 74.5 - 47.7 64
- 442 470 74.1 - 46.9 -- 433 460 73.6 - 46.1 62- 425 450 73.3 - 45.3 -- 415 440 72.8 - 44.5 59- 405 430 72.3 - 43.6 -
Brinell hardness, 10 mm balls, 3000 kgf load
Vicke
rs Hardn
ess (HV)
Rockwell hardness
Shore ha
rdne
ss Tensile strengthKgf/mm2
[N/m2]Approximate value MPa ⑴
Standard ball
Tung
sten
ca
rbide tall Scale A
Load: 60 kgf brale
indenter(HRA)
Scale BLoad: 100 kgfDiameter
1/16’’ indenter(HRB)
Scale CLoad: 150 kgf
brale indenter(HRC)
- 397 420 71.8 - 42.7 57- 388 410 71.4 - 41.8 -- 379 400 70.8 - 40.8 55- 369 390 70.3 - 39.8 -‒ 360 380 69.8 (110.0) 38.8 52
- 350 370 69.2 - 37.7 -- 341 360 68.7 - 36.6 50- 331 350 62.1 - 35.5 -- 322 340 67.6 - 34.4 47- 313 330 67 - 33.3 -
247 247 260 62.4 (101.0) 24 37 825243 243 255 62 - 23.1 - 805238 238 250 61.6 99.5 22.2 36 795233 233 245 61.2 - 21.3 - 780228 228 240 60.7 98.1 20.3 34 765
219 219 230 96.7 (18.0) 33 730209 209 220 95 (15.7) 32 695200 200 210 93.4 (13.4) 30 670190 190 200 91.5 (11.0) 29 635181 181 190 89.5 (8.5) 28 605
171 171 180 87.1 (6.0) 26 580162 162 170 85 (3.0) 25 545152 152 160 81.7 (0.0) 24 515143 143 150 78.7 22 490133 133 140 75 21 455
124 124 130 71.2 20 425114 114 120 66.7 - 390105 105 110 62.3 - -95 95 100 56.2 - -90 90 95 52 - -
86 86 90 48 - -81 81 85 41 - -
⑴ 1 MPa = 1 N/mm2
⑵This table is an excerpt from the JIS Iron and Steel Handbook⑶Values in parentheses in the above table are not usually used
■ Hardness Comparison Chart
Infomation
L2
IndexItem number Description Page number
1160 Parts F6, F10, F11, F16
1180 Parts F10, F11, F16
1182 Parts F16
2413 Parts F16
2415 Parts F6, F10, F11
2417 Parts F6, F10, F11, F16
3919 Parts F16
9414 Parts F6, F10, F11, F16
1/4-20UNC×11/2 Parts F20
1/4-20UNC×11/4 Parts F20
2814HS Parts Ⅰ18
3/8-16UNC×11/2 Parts F20
A..R..-SDW Cutter Ⅰ14
ACN423 Parts F6, F7, G4
ADN423 Parts F8, F9, G4
AMS Parts Ⅰ4, Ⅰ5
AOB Parts H12, Ⅰ4, Ⅰ5
AOS-5 Parts J48, J71
AOS-6 Parts F6, F7, F8, F9, F11, F12, F13, F14, F15, G4, G5
APCW Insert Ⅰ17
APCW..PD Insert Ⅰ17
APCW..PDSR Insert Ⅰ17
ARP Parts Ⅰ4
ASG-5 Parts J48, J71
ASG-6 Parts H12
ASGL6-D Parts F6, F7, F8, F9, F11, F12, F13, F14, F15, G4, G5
ASN423 Parts F11, G5, Ⅰ6, Ⅰ8, Ⅰ10
ATN323 Parts F14
AVN323 Parts F12, F13
AWN423-W Parts F15, G5
B23 Insert Grade A3, C4, D24
B30 Insert Grade A3, C4, D24
B36 Insert Grade A3, C4, D25
B40 Insert Grade A3, C4, D25
B52 Insert Grade A3, C4, D25
BACK DUO Back Turning B8, J3
BAS 20 Parts F17, H7
BGC Parts H7
BGR Toolholder J111
BGV Parts H7
BN Parts F17
BNS Parts F17
BRCL Parts F17
BRCN Parts F17
BRCR Parts F17
BRCS Parts F17, H7
BRV Parts F17
BS0620 Parts J59
BS20 Toolholder F17, H7
C045F Toolholder J106
C05G Toolholder J107
C06H Toolholder J108, J109
C07J Toolholder J108, J109
C08K Toolholder J108, J109
Item number Description Page numberC10M Toolholder J108, J109
C12M Toolholder J108, J109
C7X Insert Grade D29, D31, Ⅰ3
C7Z Insert Grade A5, D29, D31
CCET Insert E28
CCGT Insert E27, E28, E29
CCGW Insert E2, E22, E29
CCLN Toolholder F6
CCMT Insert E27, E28, E29
CCMW Insert E22
CDH Insert E2
CH-FGV Toolholder J77
CL1-1-E Parts H9, H10
CL2RV Parts F18, F19
CL3RV Parts F18, F19
CL4RV Parts F18, F19
CLR Parts J133
CM-72 Parts H11
CM-73 Parts H11
CNG Insert E3
CNGA Insert E4, E22, E30
CNGA..WL Insert E5
CNGA..WLM Insert E5
CNGG Insert E5, E30
CNGX Insert E6
CNMA Insert E22
CNMG Insert E30
CP1 Insert Grade D35, D38
CPGH Insert E31
CPGP Insert E31
CPGR Insert E31
CPGT Insert E31
CPMH Insert E31
CPR5 Parts J48
CR1-1-E Parts H9, H10
CRGN Toolholder F16
CS0309-TW Parts J88
CS0310 Parts J88
CS0316 Parts F20
CS0410 Parts J88
CS04148S Parts J88
CS0510A Parts Ⅰ18
CS0510T Parts Ⅰ18
CS0512T Parts Ⅰ18
CS0515 Parts J88
CS0520 Parts J88
CS0620 Parts J88
CS0625 Parts F20
CS1040A Parts Ⅰ18
CSDNN Toolholder F11
CSKN Toolholder F10
CSRN Toolholder F10
CSSN Toolholder F10
CSV Toolholder J37, J43, J60, J73, J85, J131
Index
L3
Item number Description Page numberCSVB Insert J43, J130
CSVC Insert J60, J130
CSVF Insert J37, J130
CSVG Insert J73, J130
CSVT Insert J85, J130
CTDP Insert J58
CTDP Toolholder J58
CTP Insert J54, J55
CTP Toolholder J56, J57
CTPA Insert J54, J55
CTPA Toolholder J46, J56, J57
CTPS Insert J60
CTP-SH Cut Off B8, J54
CTPSR Toolholder J60
CTPW Insert J54, J55
CTPW Toolholder J56
CTV Insert J59
CTV Toolholder J59
CUT DUO Cut Off B8, J2
CV Parts H12
CVS Parts J71
CZH Insert J115
DAS41 Parts H9, H10
DB1-1 Toolholder H9
DB7-1-7 Toolholder H10
DBA Parts H10
DC5TN Parts F14
DC6CN Parts F6, F7, F11, F15, G4
DC6DN Parts F8, F9, G4
DC6VN Parts F12, F13
DCET Insert E33
DCGT Insert E32, E33, E34
DCGW Insert E23, E34
DCMT Insert E32, E33, E34
DCMW Insert E23
DM4 Insert Grade A4, A5, D35, D36
DNG Insert E6
DNGA Insert E7, E23, E36
DNGG Insert E7, E35, E36
DNGX Insert E8
DNMA Insert E23
DNMG Insert E35, E36
DPGT Insert E37
DS Sleeve Sleeve B9, J11
DS-ACH Toolholder B8, J8
DS-CSVL Toolholder J37, J43, J60, J73, J85, J129, J131
DS-FGV Toolholder J77
DS-GTTL Toolholder J70, J127
DS-LBMBL Toolholder J105, J128
DS-PTXL Toolholder J34, J126
DS-SCLL Toolholder J27, J124
DS-SDUL Toolholder J30, J125
DS-SVVPN Toolholder J32, J126
DS-SVXL Toolholder J31, J125
Item number Description Page numberDS-TBPL Toolholder J45, J127
DS-TTPL Toolholder J83, J128
DT4 Insert Grade A4, A5, D35, D36
E..R..SDW Cutter Ⅰ15
ERGP Insert E37, J107
EZ CUBE CBN Series A3, D24, D25
FBV Insert J76
FDX Insert Ⅰ7, Ⅰ9, Ⅰ11
FGV Insert J76
FGVR Toolholder J77
FSI02-2.2×4.0 Parts J115
FSI02-2.2×4.3 Parts J115
FSI0306A Parts Ⅰ18
FSI0307A Parts Ⅰ18
FSI035104A Parts Ⅰ18
FSI17-2.2×6.0 Parts J88
FSI21-5.0*12.45 Parts Ⅰ14, Ⅰ15, Ⅰ16
FSI22-4.0*11 Parts Ⅰ17
FSI23-4.0*7 Parts Ⅰ17
FSI24-2.2×7.9 Parts J88
FSS15-3.0*12 Parts F6, F7, F8, F9, F11, F12, F13, F14, F15
FSS16-3.0*8 Parts G4, G5
GKN Insert H11
GKP Insert H11
GTG Insert J111
GTMH Insert J67, J68
GTMX Insert J66
GTPA Insert J72
GTPAR Toolholder J72
GTT Toolholder J49, J69
GTVW Toolholder J71
GVW Insert J71
HACDH Parts F20
HAD Insert Ⅰ18
HAL Insert Ⅰ18
HAN Insert Ⅰ18
HC1 Insert Grade B5, C4, D3, D4
HC2 Insert Grade B4, B6, C4, D3, D6
HC5 Insert Grade B6, C4, D3, D7
HC6 Insert Grade B4, B6, C4, D3, D7
HC6CN Parts F6, G4, G5
HC6DN Parts F8, F9, G4
HC6SN Parts F11
HC6VN Parts F12, F13
HC7 Insert Grade C4, B6, D3, D8, Ⅰ3
HLA Insert Ⅰ18
HLR-25S Parts Ⅰ12
HLW175 Parts Ⅰ6, Ⅰ8, Ⅰ10
H-M4×12 Parts J88
HN59Z Toolholder J112
HPC Milling Cutter B10, Ⅰ18
HRCD Toolholder F20
HRT Insert Ⅰ18
HW2 Insert Grade B5, C4, D3, D5
Index
L4
IndexItem number Description Page number
HY-NBH Toolholder J96
ICSN434 Parts F6
ICSN454 Parts F6
IRSN43 Parts F16
IRSN45 Parts F16
IRSN53 Parts F16
ISSN434 Parts F10, F11
ISSN454 Parts F10, F11
ISSN534 Parts F10, F11
JFDX..45 Cutter Ⅰ6
JFDX..75 Cutter Ⅰ8
JFDX..88 Cutter Ⅰ10
JQTE Cutter Ⅰ17
JQTS Cutter Ⅰ17
JRNMW Cutter Ⅰ5
JRPMW Cutter Ⅰ4
JSDW..45 Cutter Ⅰ14
JSDW..75 Cutter Ⅰ15
JXTM Cutter Ⅰ12
KM1 Insert Grade D35, D38
L1E Parts H9
L2E Parts H9
LBM Insert J104
LBMAR Toolholder J105
LCL4 Parts J35
LCS4CA Parts J35
LLR- Parts J133
LNJ Insert E8
LNX Insert Ⅰ13
LRIS- Parts J132
LR-S Parts J133
LSC42 Parts J35
LSP4 Parts J35
LW-2 Parts J96
LW-2.5 Parts F20, J48, J71, J129
LW-3 Parts J35
LW-4 Parts F6, F10, F11, F16, H12, J59, J129
LW-5 Parts F20
LWU-4 Parts F20
LWU-5 Parts F20
M3*8 Parts Ⅰ4, Ⅰ6, Ⅰ8, Ⅰ10
MBC-M12 Parts Ⅰ18
MBC-M16 Parts Ⅰ18
MBL Insert J106
Mogul Bar ID Tooling B9, J9
NBH Toolholder J102, J103
NS Toolholder H11
P..R..SDW Cutter Ⅰ16
PCLNR Toolholder J34
PD1 Insert Grade B9, D26
PTXNR Toolholder J34
Q15 Insert Grade A5, D29, D30
QM3 Insert Grade A5, D35, D37
R1E Parts H9
Item number Description Page numberR2E Parts H9
RA Cutter Ⅰ18
RA06P03NC Parts Ⅰ18
RCGX Insert E9
RCGX10 Insert E9
RCMX Insert E38
RD Cutter Ⅰ18
REZ Toolholder J115
RKN Insert H11
RNG Insert E10
RNIW Cutter Ⅰ5
RNMG Insert E38
RPG Insert E11
RPGX Insert E11
RPIW Cutter Ⅰ4
RPMT Insert E38
RPMX Insert E38
S..WCLN Toolholder G4
S..WDUN Toolholder G4
S..WSKN Toolholder G5
S..WWLN Toolholder G5
S06F Toolholder J106, J108
S06G Toolholder J107
S07G Toolholder J108, J109
S08G Toolholder J107
S08H Toolholder J108, J109, J111
S10K Toolholder J108, J109
S12M Toolholder J108, J109
S16Q Toolholder J109
S-412 Parts H11
SATURN DUO Grooving B9, J12
SBFS Insert J98
SBG Insert J100
SBT Insert J101
SC02C Parts F18, F19
SC05C Parts F18, F19
SC06C Parts F18, F19
SC10F Parts F18, F19
SC40F Parts F18, F19
SC40F10 Parts H9, H10
SCG Insert E12
SCGW Insert E12
SCLC Toolholder J26
SCMT Insert E39
SDC Insert E39
SDCW Insert E12, E39, Ⅰ14, Ⅰ15, Ⅰ16
SDCW..AE Insert Ⅰ14
SDCW..EE Insert Ⅰ15
SDCW..PE Insert Ⅰ16
SDJC Toolholder J28
SDKN Insert E39
SDNCN Toolholder J28
SDW..45 Insert Ⅰ14
SDW..75 Insert Ⅰ15
Index
L5
Item number Description Page numberSECN Insert E39
SEKN Insert E39
SFG Insert J100
SHF Insert J94, J95
SHFB Insert J98
SM2RV Parts F18, F19
SM2RVS Parts F18, F19
SM3RV Parts F18, F19
SM4RV Parts F18, F19
SNEN..ZN Insert Ⅰ11
SNG Insert E13, E14, E41, Ⅰ7, Ⅰ9, Ⅰ11
SNG..AN Insert Ⅰ9
SNG..EN Insert Ⅰ7
SNGA Insert E14, E24
SNGF Insert Ⅰ7, Ⅰ9, Ⅰ11
SNGG Insert E40, E41
SNGX Insert E14
SNMA Insert E24
SNMG Insert E40
SP2 Insert Grade B4, C4, D3, D11, Ⅰ3
SP9 Insert Grade A2, B4, C4, D3, D11, Ⅰ3
SPC Insert E42
SPCE Insert E42
SPEB Insert E42
SPG Insert E14, E24, E42
SPGR Insert E42
SPKN Insert E42
SPM Insert E42
SPME Insert E42
SPMH Insert E42
SPMR Insert E42
SS040 Parts J96, J102, J103
SS0506 Parts J129
SS0515 Parts J129
SS0812R Parts J96
SS-DSU Toolholder J129
STAC Toolholder J33
STICK DUO Hyper ID Tooling B9, J10
SVJC Toolholder J31
SVXP Toolholder J32
SX1 Insert Grade B4, C4, D3, D11, Ⅰ3
SX5 Insert Grade B2, C4, D3, D13, D14, D15, H5, Ⅰ3
SX6 Insert Grade B5, C4, D3, D10, Ⅰ3
SX7 Insert Grade A2, B2, C4, D3, D12, D14, D15, H5, Ⅰ3
SX8 Insert Grade Discontinued
SX9 Insert Grade B3, C4, D3, D13, D14, D15, Ⅰ3
T-07 Parts J88, J115
T-15A Parts Ⅰ6, Ⅰ8, Ⅰ10, Ⅰ17
T-20 Parts Ⅰ14, Ⅰ15, Ⅰ16
T3N Insert Grade Discontinued
TAS Insert Grade Discontinued
TB Insert J48
TBDP Insert J42
TBDP Toolholder J42
Item number Description Page numberTBGE Insert E16, E43
TBMH Insert J49
TBP Insert J44
TBPA Insert J46
TBPR Toolholder J44
TBR Toolholder J48
TBTR Toolholder J48
TBVC11 Insert J47
TBVCR Toolholder J47
TC5TN Parts F14
TC6CN Parts F6, F7, F11, G4, G5
TCGD Insert E43
TCGH Insert E43
TCGP Insert E43
TCGT Insert E43
TCGW Insert E43
TCMT Insert E43
TEEN Insert E43
TF33 Insert J36
TFD Insert J28
TFT Insert J33
TFTR Toolholder J36
TFV Insert J31
TGC Toolholder J112
TM4 Insert Grade A4, A5, D35, D36
TMG Insert J68
TMN Insert J112
TNEG Insert E44
TNG Insert E16, E17
TNGA Insert E18, E25, E44
TNGG Insert E18, E44, E45
TNMA Insert E25, E45
TNMG Insert E44, E45, E46
TNMP Insert E46
TP Insert E19, E47
TPC Insert E47
TPG Insert E19, E25, E47
TPGD Insert E47
TPGE Insert E19, E19, E47
TPGH Insert E47, E48
TPGP Insert E48
TPGR Insert E48
TPGS Insert E48
TPGW Insert E25
TPKN Insert E48
TPM Insert E48
TPMR Insert E48
TTP Insert J82
TTP Toolholder J83
TW Insert J87
TWC Toolholder J88
U104-40 Parts Ⅰ18
U107T10 Parts Ⅰ18
VBGT Insert E49
Index
L6
IndexItem number Description Page number
VBGW Insert E26, E49
VCET Insert E49
VCGT Insert E49
VCGW Insert E26, E49
VCMT Insert E49
VCMW Insert E26
VDB Insert H8
VDB..R Insert H8
VGE Insert H12
VGT Toolholder H12
VGW Insert H6
VGW..R Insert H6
VM1 Insert Grade A5, D35, D37
VNG Insert E20
VNGA Insert E20, E26, E50
VNGG Insert E50
VNMG Insert E50
VNMP Insert E50
VPET Insert E50
VPGT Insert E50
VRAO Toolholder F18
VRAON Toolholder F19
W106 Parts F20
W107 Parts F20
W110 Parts F20
W120 Parts F20
WA1 Insert Grade B3, B4, B6, C4, D3, D9, D14, D15, H5, Ⅰ3
WCBN Toolholder F7
WCGT Insert E51
WCLN Toolholder F6
WDHN Toolholder F8
WDJN Toolholder F8
WDNNN Toolholder F9
WNGA Insert E21
WNGG Insert E51
WNMG Insert E51
WPGT Insert E51
WS0616-T15 Parts Ⅰ6, Ⅰ8, Ⅰ10
WSDNN Toolholder F11
WSSN Toolholder F11
WTFN Toolholder F14
WTGN Toolholder F14
WVJN Toolholder F12
WVPN Toolholder F12
WVVNN Toolholder F13
WWLN Toolholder F15
XN4 Insert Grade D29, D31
XT3 Insert Grade D29, D30
XX2815-04 Parts Ⅰ12
XX2815-04-25S Parts Ⅰ12
Y-axis Holder Toolholder B9, J120
Y-CTPA Toolholder J46, J121
Y-GTPA Toolholder J72, J122
Y-GTTR Toolholder J70, J122
Item number Description Page numberY-SDJCR Toolholder J29, J120
Y-SDNCN Toolholder J29, J120
Y-SVJCR Toolholder J31, J121
Y-TBPR Toolholder J45, J121
ZC4 Insert Grade B7, C4, D3, D8
ZC7 Insert Grade B7, C4, D3, D8
ZM3 Insert Grade A5, D35, D37
Index
NGK SPARK PLUGS (U.S.A), INC.Cutting Tool Sales Office
46929 Magellan Dr., Wixom, Ml 48393 U.S.A.Tel. ; +1-248-668-0100Fax ; +1-248-668-0200
www.ntkcuttingtools.com
NGK DO BRASIL LTDA.CERAMICA E VELAS DE IGNICAO
Estrada Mogi-Salesopolis, km 09 Bairro Cocuera,Mogi das Cruzes (SP), Brazil
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NGK SPARK PLUGS (U.K), LTDMaylands Avenue, Hemel
Hempstead, Herts, HP24SD, U.K.Tel. ; +44 1442-281-000Fax ; +44 1442-281-080
www.ntkcuttingtools.co.uk
NTK TECHNICAL CERAMICSKOREA CO.,LTD.
680-14 Kojan-Dong, Namdong-kuIncheon, Korea
Tel. ; +82-32-815-6763Fax ; +82-32-815-6762
www.kntktool.co.kr
NGK Spark Plug (Shanghai) Co., Ltd.No.736 Songsheng Road SongjiangIndustrial Zone, Shanghai 201613,
The People's Republic of ChinaTel. ; +86-21-63857652Fax ; +86-21-63853690
www.ngkntk.com.cn
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www.ngkntk.com.mx
NGK SPARK PLUG EUROPE GmbHHarkortstr.41
40880 Ratingen, GermanyTel. ; +49 2102 974-350Fax ; +49 2102 974-399
www.ntk-cutting-tools.com
NGK SPARK PLUGS (THAILAND) CO.,LTD.Amata Nakorn Industrial Estate (Phase 8)
700/864 Moo 1, Tambol Panthong,Amphur Panthong, Chonburi Province 20160, Thailand
Tel. ; +66-38-185-306Fax ; +66-38-185-316
NGK SPARK PLUG CO.,LTD.Technical Ceramics Group Cutting Tool
Overseas Sales & Marketing 2808, Iwasaki, Komaki, Aichi
485-8510, JapanTel. ; +81-568-76-1538Fax ; +81-568-76-1288
www.ngkntk.co.jp
SPARK PLUGS (USA), INC.
DISTRIBUTED BY
【Mar.,2013】
NTK Cutting ToolsDivision of NGK Spark Plugs USA46929 Magellan Drive, Wixom, MI 48393, U.S.A.Phone: 248-668-0100 Fax: 248-668-0200Toll Free: 866-900-9800
www.ntkcuttingtools.comwww.youtube.com/ntkcuttingtools
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