hh000721 2ga ankersystem gb 1pt+ -...

Instructions for useFor reliability and precisionEdition 11/2006

Anchor-System

allows the length of the

bar to be customised

(for different sizes of

bounded saddle gaps)

but also provides inter-

esting design options

in combination with

single matrices.

Different single matri-

ces and bars are availa-

ble depending on the

technique used:

cast-on single matri-

ces (1) and bar ma-

trices (2) made from

a highly wear-resis-

tant platinum- iridi-

um alloy in a plastic

casing used as a

casting aid (Pt-Ir eyelet)

for non-precious,

Pd-based and pre-

cious metal alloys

cast-on single matri-

ces (1) and bar ma-

trices (2) made from

a wear-resistantplati-

num-gold alloy in a

The proven Anchor-SystemAttachments for reliable partial denture prosthetics.

2

Anchors are rigid, ex-

tracoronal attachments

that retain removable

restorations securely on

the residual dentition.

The anchor-system with

its exchangeable, acti-

vating patrix provides

interesting options for

fabricating prosthetic

restorations with bilat-

eral free-end and boun-

ded saddle partial den-

tures and removable

bridges.

The anchor-system

allows single matrices

or bar matrices to be in-

corporated in the design

of a fixed restoration.

The combi-bar is a spe-

cial type of bar attach-

ment that not only

Notes on indication

As with all precision attachments, a stress-breakerwith an Interlock supporting groove acting as a coun-ter bearing must be incorporated when using theanchor-system with free-end restorations. As a pre-caution, a stress-breaker with an Interlock supportinggroove should also be included with boundedsaddles. This allows the primary situation of the den-ture to be integrated in the new design without anyalternation after loss of the distal abutment tooth.

1

2

plastic casing used

as a casting aid

(Heraplat) HFA for

precious metal alloys

Only available as sin-

gle units.

All-metal matrices

(3) and bar matri-

ces (4) made from a

wear-resistant, tough

palladium-silver

alloy for soldering

onto cast crowns.

3

4

Caution for instructions for use

When working with attachments, it is essential tonote and follow the specific instructions for use,marked in green, which you will find underneath agrey-highlighted line.

Types of retention for the anchor-system Different threaded caps are available for screw

retention of the patrix:

cast-on threaded caps made from a highly wear-

resistant platinum-iridium alloy for one-piece

casting with the denture framework. Cast-on

threaded caps are the ideal retention option

with extremely difficult occlusal relationships and

for incorporation into metal occlusal surfaces.

resilient palladium-silver threaded caps for sol-

dering on to the denture framework.

threaded caps with a retentive arm (titanium) for

providing retention in acrylic dentures.

palladium-silver alloy and titanium retention nuts

for a solder-free connection between the anchor

attachment and denture framework.

Refer to Pages 13 and 14 of this manual for

further information.

Technical data

Matrix: Pt-Ir and

combi-barswith a non-residual burnout plastic casing used as a

casting aid.

Melting range: 1830-1855°C.

Matrices: Heraplat HFA and

combi-barswith a non-residual burnout plastic casing used as a

casting aid.

Melting range: 1360-1460°C

All-metal matrices : Pd-Ag and

metal bars Pd-Ag.


Patrix (Pd-Ag).

Planning guidelinesWhen planning the restoration, there is the option

of using the “N” anchor (standard version) or the

“M” anchor (micro version) depending on the pa-

tient’s occlusal relationship (Fig. 1).

Size selection and space availabilityThe size of anchor attachment selected always de-

pends on the available intraoral space.

3

The proven Anchor-System

1

3

Standard versionfor normal to difficult

occlusal relationships.

Space required for the

matrix and patrix:

height 3.75 mm,

Ø 3.80 mm.

Micro versionfor extremely difficult

occlusal relationships.

Space required for the

matrix and patrix:

height 3.10 mm,

Ø 3.80 mm.

Generally a space (H)

of 4.5 mm between the

opposing dentition and

the alveolar ridge is

sufficient for the stan-

dard version (Fig. 2).

The proven Anchor-SystemVersions

With the micro version

a space (H) of 3.8 mm

is adequate. If this

space is not available,

the at-tachment should

be in corporated in a

metal occlusal surface.

The cast-on threaded

cap (Pt-Ir), which can

be cast on with both

CrCo and precious

metal, is ideal for use

with metal occlusal

surfaces for retaining

the attachment.

Connecting the crownand attachment matrixAttachment matrices

should always be placed

immediately above the

gingiva (0.5-1.0 mm)

and close to the crown.

At least two teeth

should be crowned and

splinted to allow im-

proved distribution of

any tensile and com-

pressive forces. Milling

an inlay shape into the

splinted crowns for fit-

4

2

Caution

Before each try-in or final cementationthe whole restorationshould be cleaned inaccordance with cur-rent hygiene regu-lations.

ting a stress-breaker

ensures the stability

required for a long-

term denture in free-

end saddle situations

(Fig. 3).

An overview of instru-

ments and accesso-

ries are included on

Page 30 of these

instructions for use.

5

The combi-barfaciliates treatment of bounded saddles in the anteriorand posterior region as the length of the bar can be customised.

Fig. 1: Measure the width of the bounded saddle e.g. with dividers

or a slide gauge.

Fig. 2: Place the bar at the tips of the dividers. Ensure that the

width is not altered.

Fig. 3: Cut the matrix off with a scalpel.

Fig. 4: Then cut off the middle section of the bar at the next matrix.

Fig. 5: Place the length of bar against the measured width.

The combi-bar

6

Fig. 6: Cut the bar to the width of the single matrix placed next to it.

Fig. 7: Insert the single matrix into the remaining length of bar.

Fig. 8: Wax the bar together at the junction.

Fig. 9: Block out the groove underneath the bar with wax before

casting or further preparation.

7

Platinum-Iridium MatrixA reliable technique for casting precious,Pd-based and non-precious metal alloys precisely on thePlatinum-Iridium Matrix.

Fig. 10: Determine the path of insertion and place the prepared bar

on the crown walls using the paralleling mandrel REF 7461

or REF 6461 and wax the bar onto the crowns.

Fig. 11:Attach the sprues according to the metal manufacturer’s

instructions and attach an additional sprue approx. 2.5 mm

thick to the middle of the bar.

Fig. 12: Invest the wax pattern and cast according to the alloy used

(see chart). Devest the mould after casting and sandblast the

crowns and framework with microbeads before preparation.

Caution

When using a wax degreasing agent, ensure that it is only applied to the wax pattern. Never applywax degreasing agent to the attachment guide surfaces, as there is the risk of metal flowing ontothese surfaces during casting.

Platinum-Iridium Matrix

8

Fig. 13:Determine the path of insertion and place the matrix on the

crown wall using the parallelometer and paralleling mandrel

REF 7461 or REF 6461.

Fig. 14:If the back plate of the matrix is to be placed intracoronally,

mark the matrix outline and create sufficient space. Then

replace the matrix on the crown wall and wax it in position.

Fig. 15: Attach the sprues according to the metal manufacturer’s

instructions and attach an additional arch-shaped sprue

approx. 1.5 mm thick to the matrix.

Caution

To ensure the molten metal casts perfectly onto the Pt-Ir matrix, allow the mould to heat soak atthe final temperature for a minimum of 45 minutesduring preheating. The mould temperature with Pd-based- and non-precious metal alloys should beapprox. 920°C-940°C to prevent any temperatureloss during casting.

Adhere to the manufacturer’s subsequent heatingtimes following the preliminary preheat of the metal ingots, particularly with Pd-based alloys.

9

Platinum-Iridium Matrix

Successful castings and an accurate fit dependon precise preparation!Before investing, decide which dental alloy is to

be cast onto the matrices and use the mixing ratio

recommended in the instructions for use for the

investment.

Fig. 17:

Fill the mould with the remaining investment and cast accor-

ding to the alloy used (see chart).

Fig. 18:Devest the mould after casting and sandblast the crowns and

framework with microbeads before preparation. The proce-

dures for preparing the relevant retention – for holding the

patrix – is included on Pages 13 and 14 of these instructions

for use.

Fig. 16:Place the casting ring on the base.

Solder connectionsTechnique for producing a reliable, precise solder connection between the Palladium-silver matrix and crown.

10

Fig. 20: If the back plate of the matrix is to placed intracoronally,

mark the matrix outline on the crown wall.

Fig. 21: Then create sufficient space for the matrix back plate and

contour a flow channel for the solder. Attach the sprues

according to the metal manufacturer’s instructions and cast

in the usual way.

Fig. 22: Devest the mould after casting and sandblast the crowns with

microbeads.

Fig. 19: After determining the path of insertion, place the matrix on

the crown wall using the parallelometer and paralleling

mandrel REF 7461 or REF 6461.

11

Fig. 23: After finishing the casting, prepare the matrix recess in the

crown wall.

Fig. 24:Determine the path of insertion again and fix the matrix in

position with resin or wax. If a precious metal spot welder

is available, spot weld the metal matrix.

Fig. 25:Fabricate a solder model and solder in the usual way.

Fig. 26:Prepare the solder joint. The procedures for preparing the

relevant retention – for holding the patrix – can be found in

the instructions for use at the types of retention for the

anchor-system. An overview of the types of retention is in-

cluded on Pages 13 and 14 of these instructions for use.

Solder connections

Retentions for the Anchor-System

12

13

Retention caps and nutsSelection criteria and areas of application for threaded caps (retainers) for the Anchor-System.

Preparation accessories

Patrix analogue – Standard REF 7551

– Micro REF 6551


for duplicating – Micro REF 6554

Threaded cap (Pd-Ag) for soldering onto a CrCo or precious metal denture frameworkThreaded caps (Pd-Ag) for the solder or adhesive

technique are incorporated in the framework if a

solder connection is preferred.

Threaded cap (Pd-Ag) for incorporating

into the denture framework using the

solder or adhesive technique

This threaded cap can also be incorporated at a

later date, e.g. when repairing a damaged thread.



for retention – Micro REF 6550


– Micro REF 6551

Adhesive / Soldering – Standard REF 7559

technique accessory – Micro REF 6559

The threaded cap for retaining the patrix is selected

according to the planning and design of the denture

and is connected according to the relevant technique.

1.Cast-on threaded caps (Pt-Ir) for use with CrCo or

precious metal denture frameworks

2.Solderable threaded caps (Pd-Ag) for use with

CrCo or precious metal frameworks

3.Retention caps for polymerising into the acrylic4.Screw-retention of the patrix with a retention nut

for a solder-free connection.

Threaded cap (Pt-Ir)for direct casting with a CrCo or precious metal denture frameworkThe cast-on threaded cap (Pt-Ir) is the ideal reten-

tion with difficult occlusal relationships due to its

compact size and it is also ideal for incorporation

in metal occlusal surfaces. Direct casting of the

denture framework (precious, Pd-based or

non-precious metal alloys) eliminates the possibility

of gap corrosion.

Duplicating/positioning

copings (preparation accessories)

Threaded cap (Pt-Ir)

for direct casting

Retention screw for securing the threaded

cap in position in the duplicate model

These threaded caps guarantee highly accurate

castings with correct preparation and application

of the duplicating accessories.

Caution for instructions for use

When working with attachments, it is essential tonote and follow the specific instructions for use,marked in green, which you will find underneath agrey-highlighted line.

Retention caps and nuts

14

Notes on indication

A stress-breaker must be incorporated when usingthe anchor-system with free-end restorations. As aprecaution, a stress-breaker should also be inclu-ded with bounded saddles. This allows the primarysituation of the denture to be integrated in the newdesign without any alteration after loss of the distalabutment tooth.

Retention caps (titanium) for polymerising into the acrylicThese threaded caps are used in restorations that

require a metal-free connection between the denture

framework and patrix holder.



– Micro REF 6551

Retention cap (titanium)

These caps are ideal for retaining exchangeable pa-

trices in acrylic and duplicate dentures and are also

ideal when repairing damaged threads.

Retention nuts (Pd-Ag or titanium) for a solder-free screw retentionRetention nuts (Pd-Ag or titanium) are always used

when a solder-free connection is required

between the patrix holder and metal denture

framework.

Retention nut (Pd-Ag)

Retention nut (titanium)

Washer (plastic)

The plastic washer supplied is simply an aid for

creating a flat surface on the framework for the

retention nut.



for retention – Micro REF 6551


for duplicating – Micro REF 6552

patrix analogue,Standard REF 7554 /Micro REF 6554, is

essential to ensure an

accurate casting. The

duplicating patrix ana-

logue and duplicating

coping of the threaded

cap have the same

shape of head and di-

mensions.

This guarantees pre-

cise positioning of the

threaded cap in the

duplicate mould during

investing and ensures

an accurate snap point

of the attachment after

casting.

During laboratory pro-

cedures always use the

patrix analogue, Standard REF 7551 /Micro REF 6551.

Do not exchange the

analogue for the origi-

nal patrix, Standard REF 0701 / Micro REF 0601,until the

denture is finished.

15

A cast-on platinum-

iridium threaded cap,

Standard REF 0713 /

Micro REF 0613, should

always be used to ensu-

re a homogeneous CrCo

or precious metal frame-

work casting. The com-

pact dimensions of the

threaded caps make

them ideal for incorpo-

ration in metal occlusal

surfaces. One-piece

casting with the denture

framework eliminates

the possibility of gap

corrosion.

Platinum-Iridium threaded capsPlatinum-Iridium threaded caps can be cast on with precious, Pd-based or non-precious metal alloy denture frameworks and are ideal for incorporation in metal occlusal surfaces.

To ensure an accurate

casting, the cast-on

threaded cap is sup-

plied fully assembled:

threaded cap (Pt-Ir)

with fitted brass dupli-

cating coping and in-

serted stainless steel

positioning screw.

The positioning screw

has been designed so

that it completely

covers the recess for

the attachment base

to prevent metal flow-

ing into the recess

during casting.

Caution

Before each try-in or final cementation the wholerestoration should be cleaned in accordance withcurrent hygiene regulations.

Threaded caps (Pt-Ir)For one-piece castingwith non-precious, Pd-based or precious metalalloy denture frame-works.

Technical data

Threaded cap: Pt-Ircast-on.

Melting range:

1830-1855°C.

Duplicating coping: brass Positioning

Instruments and accessoriesThe following instru-

ments and accessories

are essential to ensure

correct preparation and

accurate results.

Use of a duplicating

Before investingAfter removing the model from the duplicate mould,

place the cast-on threaded caps with the brass

duplicating copings in the impression of the patrix

analogue.

With reusable duplicating material the duplicating

coping should be placed in the recess without ap-

plying excessive pressure.

With silicone duplicating material we recommend

wetting the duplicating coping with grease or oil.

This raises the duplicating coping automatically to

the correct height if it has been pressed in too far.

Platinum-Iridium threaded caps Threaded caps (Pt-Ir)One-piece casting with precious, Pd-based or non-precious metal alloy denture frameworks.

16

Fig. 27: Wax out under the attachment bar and matrix. Cover the bar

and matrix with a layer of wax approx. 0.10-0.15 mm thick

and reduce until parallel.

Fig. 28:Insert the activated, cleaned duplicating patrix analogues into

the matrices. Ensure that the duplicating patrix analogues fit

flush on the matrices.

Fig. 29:Duplicate according to the instructions.

Fabricating a duplicate modelSoak the model in water at 40-50°C for 10 min-

utes. Then dab the model with a soft cloth and

duplicate immediately (with reusable duplicating

material). Ensure that the reusable duplicating

material is not too old to prevent any inaccuracies

in the height.

17

Fig. 30: After removing the master model from the duplicate mould,

place the cast-on threaded caps in the mould.

Fig. 31: Cover the positioning screw with investment before pouring

the duplicate mould to ensure there are no bubbles in the

investment surrounding it.

Fig. 32:After removing the duplicating material, take the duplicating

copings off the threaded caps. Harden the model in the usual

way.

Fig. 33:Wax up the metal denture framework in the usual way. With

cast-on threaded caps a metal backing or metal occlusal sur-

face can be waxed up without any problem. Attach the sprues

according to the metal manufacturer’s instructions and invest

in the usual way.

Platinum-Iridium threaded caps


18

Fig. 34:To avoid overoxidation of the positioning screw, the mouldshould not be held at the final temperature (950-1050°C) for longer than 30 minutes.

Fig. 35:Devest the metal denture framework after casting and sand-

blast it. The positioning screw is not removed from the thread-

ed cap until sandblasting is complete.

Fig. 36: After finishing and polishing the metal denture framework,

insert the original patrix to check the function of the attach-

ment.

19


Fig. 37:If the patrix cannot be inserted into the threaded cap immediately

because it was held at the preheat temperature for too long, the

thread should be retapped with the thread tap REF 7485 using oil

lubrication.

Fig. 38: After preparing the metal denture framework, smooth the

matrix housing with the tungsten carbide cutter REF 7558.

This helps prevent plaque build-up.

Fig. 39:The patrix analogue REF 7551 or REF 6551 is used instead

of the original patrix until the denture is finished.

20

Solderable palladium-silver threaded caps, Standard

REF 0713 / Micro REF 0613, are incorporated in the

framework if a solder connection is preferred for spe-

cific reasons. They can also be fitted at a later date,

e.g. when repairing a damaged thread.

Pd-Ag threaded capsPalladium-Silver threaded caps for a reliable solderconnection with precious, Pd-based or non-precious metal alloy denture frameworks.

Threaded caps (Pd-Ag) for soldering to

precious, Pd-based or non-precious metal alloy

denture frameworks.

When using the adhesive technique, proceed as de-

scribed in our instructions for the adhesive technique.

Technical data

Threaded cap: Pd-Ag, solderable.


Instruments and accessoriesThe following instruments and accessories are

essential to ensure correct preparation and accu-

rate results.

To avoid damage to the original patrix,the patrixanalogue, Standard REF 7551 / Micro REF 6551,

is used during fabrication of the denture and the

positioning patrix analogue, Standard REF 7550 /REF Micro 6550, is used for positioning the thread-

ed cap.

The original patrix, Standard REF 0701 / Micro REF 0601, is not inserted until the denture is finis-

hed.


utes. Then dab the model with a softcloth and

duplicate immediately (with reversible duplicating

material). Ensure that the reversible duplicating


in the height.

21

Pd-Ag threaded capsThreaded caps (Pd-Ag), for soldering to precious, Pd-basedor non-precious metal alloy denture frameworks.

Fig. 40:Wax out under the attachment bar and matrix. Cover the bar


and then reduce until parallel.

Fig. 41: Insert the activated patrix analogue REF 7551 or REF 6551 with

the fitted solderable threaded caps into the attachment bar or

into the matrices.

Fig. 42:Duplicate according to the instructions and fabricate the

duplicate model.

Pd-Ag threaded caps

22

Fig. 44: After preparing the metal denture framework, smooth the

matrix housing with a REF 7558 tungsten carbide cutter.

This helps prevent plaque build-up.

Fig. 46:After securing the threaded cap in position, unscrew the fric-

tionless positioning patrix analogue from the threaded cap.

Fig. 43: Wax up the metal denture framework and cover the threaded

caps reproduced in investment with a layer of wax 0.5 mm

thick. Invest the model and cast in the usual way.

Fig. 45: Exchange the patrix analogue REF 7551 or REF 6551 for the

positioning patrix analogue REF 7550 or REF 6550 before

securing the threaded caps in position with resin.

23

Pd-Ag threaded caps

Fig. 48:If a spot welder is available, insert the frictionless positioning

patrix analogue REF 7550 or REF 6550 into the threaded

cap and remove it again after spot welding. Protect the thre-

ads of the solder cap with antiflux. Apply flux to the threaded

cap and solder in the usual way.

Fig. 50:Check the accuracy of the fit with the original patrix REF 0701

or REF 0601 before finishing the metal denture framework.

Fig. 47: To ensure the threaded cap is securely fixed in the soldering

model, insert the positioning screw REF 7557 into the threa-

ded cap. Fabricate a soldering model and solder in the usual

way.

Fig. 49:After soldering, check that the solder has flowed completely

round the threaded cap.

24

The titanium retention caps, Standard REF 0710 /

Micro REF 0610, are for use with prosthetic restora-

tions that require a solder-free connection of the

attachment or attachment holder with the metal

denture framework. They are also ideal as retentive

units for exchangeable, activating patrices in acrylic

and duplicate dentures. These retention caps are

very useful when repairing damaged threads.

Technical data

Instruments and accessoriesThe following instruments and accessories are essen-tial to ensure correct preparation and accurate results.During laboratory procedures always use the patrixanalogue, N Standard REF 7551 / Micro REF 6551. Do not exchange the analogue for the original patrix,N REF 0701 / Micro REF 0601, until the denture is finished.

Ti-Titanium retention capsTitanium retention caps for a solder-free connection with themetal denture framework and incorporation in the acrylic.






in the height.

Fig. 51: Wax out under the matrix and cover it with a layer of wax

approx 0.10-0.15 mm thick and reduce until parallel. Also

fill the inside of the matrix with wax. The wax should be flush

with the top of the matrix.

Fig. 52:Duplicate in the usual way and fabricate a duplicate model.

Retention cap: titaniumThis threaded cap, which is rigidly integrated into aprosthetic restoration, should never be subjected toprocedures involving heat, e.g. soldering.

25

Ti-Titanium retention caps

Fig. 54:After finishing and polishing the metal denture framework, fit it

on the master model.

Fig. 56: Secure the arm of the threaded cap in position with cold-cure

acrylic. Finish the metal denture framework in the usual way.

Fig. 53: Wax up the metal denture framework in the usual way. Ensure

that the wax does not flow onto the top of the matrix duplica-

tion. Attach the sprues according to the metal manufacturer’s

instructions, invest and cast in the usual way.

Fig. 55: Insert the patrix analogue REF 7551 or REF 6551 into the

retention cap with retention arm and press it into the matrix.

If required, the arm of the retention cap can be lowered by

approx. 40° by bending it.

26

The titanium retention nut REF 0707 and palla-

dium-silver retention nut REF 0708 are for use with

prosthetic restorations that require a solder-free

connection of the attachment or attachment holder

with the metal denture framework.

The palladium-silver nut is marked with a circumfer-

ential groove to distinguish it from the titanium

nut. The washers (accessories) made from non-resid-

ual burnout plastic are incorporated in the wax-up

of the metal denture framework and ensure a flat

surface between the patrix base and retention nut.

Ti, Pd-Ag retention nutsTitanium or Palladium-Silver retention nuts for a solder-free connection with the metal denture framework.

Patrix analogue REF 6552/7552 (brass)Retention nut REF 0707 (Titan)Retention nut REF 0708 (Pd-Ag)

This retention nut, which is rigidly integrated into aprosthetic restoration, should never be subjected toprocedures involving heat, e.g. soldering.Plastic washers REF 0709 can be burned out with-out residue.

Technical data

Instruments and accessoriesThe following instruments and accessories are

essential to ensure correct preparation and accurate

results.

The duplicating patrix analogue, Standard REF 7552/ Micro REF 6552 (without a thread), is essential

for

duplicating. After preparing the metal denture frame-

work, insert the patrix analogue, Standard REF 7551 / Micro REF 6551.Do not exchange the analogue for the originalpatrix, Standard REF 0701 / Micro REF 0601,

until the denture is finished.

27






in the height.

Fig. 57: Wax out under the attachment bar and matrix. Cover the bar


and then reduce until parallel.

Fig. 58: Insert the activated, cleaned duplicating patrix analogues into

the matrices. Ensure that the duplicating patrix analogues fit

flush on the matrices.

Fig. 59: Duplicate according to the instructions and fabricate the

duplicate model.

Ti, Pd-Ag retention nuts


28

Fig. 61:Wax around the plastic washers. Ensure that wax is not

applied to the top of the washers. Wax up the metal denture

framework in the usual way.

Prepare the metal denture framework after casting. Ensure

that the washers cast in metal are not damaged when pre-

paring with a rotary cutter.

The fitting surfaces of the cast washers are waxed out during

polishing.

Fig. 60:Place the plastic washers REF 0709 on the duplicating patrix

analogues of the investment model.

Fig. 62: Press the original patrices into the matrices.

Fig. 63: Fit the metal denture framework over the patrices.

29


Fig. 65: After securing the nuts in position on the patrices, lift the

metal denture framework from the crowns and hold the patrix

with the exchange instrument REF 7452. Place the screwdriver

REF 7471 onto the nut and tighten fully to connect the

two components.

Fig. 64: Place the threaded nuts on the thread and screw them on

using the screwdriver REF 7471.

Fig. 66: If the height of the plastic washers has been altered due to

incorrect preparation or polishing of the washers, a spacer

REF 7553 or REF 6553 for regulating the snap point can be

inserted to restore the original snap point of the patrix.

Anchor-System = registered trademark of ZL Microdent GmbH & Co. KG, Breckerfeld

Instruments, tools and accessoriesfor the Anchor-System

30

REF

7557

REF Paralleling mandrel for parallel-

ing attachment matrices

Exchange instrument for

the patrix

Deactivating instrument for

the patrix

Threaded tap for the

retention caps

Screwdriver for the

retention nuts

Threaded holder for the patrix

Activating instrument for the

patrix

Tungsten carbide cutter, shank

Ø 2.35 mm, head Ø 3.0 mm

Attachment adhesive for the

patrix

Adhesive/soldering technique

accessory for the Anchor-System

Standard REF 7559 / Micro REF 6559

Patrix analogue (V4A) for re-

taining solderable threaded caps

Standard REF 0711

Micro REF 0611

Patrix analogue (brass) for

try-in and finishing the

denture


duplicating with retention nuts

Standard REF 0707

Micro REF 0708

Spacers (stainless steel) for

regulating the snap point of

the anchor


duplicating with cast-on

threaded caps

Standard REF 0713

Micro REF 0613


impression taking and re-

pairing damaged threaded

caps.

Matrix analogue (V4A) for

fixing anchors in position in

the stone model

Retention screw for securing

solderable threaded caps in

position in the solder model

Standard REF 0711

Micro REF 0611

Micro

6550

6551

6552

6553

6554

6555

6556

Standard

7550

7551

7552

7553

7554

7555

7556

Standard Micro

7425

7485

7471

7481

7451

7558

5951

7559 6559

7456 6456

7461 6461

31

Precision attachmentMaterials and technical data

Applicati

on

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Mate

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Com

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Melt

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ness

HV5

Pro

of

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ss,

Tem

peri

ng

Min

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EF:

Au

Ag

Pt

Pd

Cu

Sn

Zn

InG

aIr

Ru

Oth

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Solidus

Liq

uid

us

tem

pere

dte

mpere

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HFA

(H

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pla

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61

.00

-2

3.8

01

5.0

0-

--

--

--

0.2

Rh

13

60

14

60

25

07

80

70

03

0

Pt-

Ir2

--

80

.00

--

--

--

20

.00

--

18

30

18

55

30

09

20

--

HFA

45

3.1

0-

22

.30

24

.60

--

--

-0

.10

--

13

20

14

60

23

07

20

--

HFA

(H

era

pla

t C

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60

.00

-1

9.0

02

0.0

0-

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--

1.0

0-

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40

01

49

02

40

63

57

00

30

HFA

(H

era

pla

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N)

82

0.0

0-

79

.00

--

--

--

1.0

0-

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43

01

66

02

15

57

56

00

15

Pd-A

g (

Alb

a O

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12

.00

37

.00

8.0

04

0.0

01

3.0

0-

--

--

--

11

70

12

40

23

56

20

22

01

0

Pd-A

g (

Hera

O)

14

10

.00

30

.00

10

.00

34

.90

14

.00

-0

.50

--

< 0

.1< 0

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11

30

11

80

34

01

13

05

00

30

Au-A

g

(Main

gold

O)

15

70

.00

12

.50

7.0

00

.40

10

.00

--

--

0.1

0-

-8

90

97

02

85

74

04

00

15

Au-A

g

(Main

gold

SG

)1

67

1.0

01

2.3

02

.00

1.9

01

2.2

0-

0.5

0-

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90

09

30

25

06

70

35

01

5

Au-A

g

(Bio

Main

gold

SG

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77

1.0

01

2.3

03

.90

-1

2.2

0-

0.5

0-

-0

.10

--

90

09

30

25

06

70

35

01

5

Au-A

g1

86

5.0

01

3.0

08

.90

1.0

01

1.5

0-

0.5

0-

-0

.10

--

88

09

40

27

57

20

40

01

5

Au-A

g

(Main

bond E

H)

21

70

.00

13

.40

8.5

0-

7.5

0-

0.5

0-

-0

.10

--

89

51

01

02

95

60

04

50

15

Pd-A

g (

Mic

ropal)

25

-3

4.0

0-

57

.00

-5

.00

-2

.00

2.0

0-

--

10

30

12

55

30

06

00

15

Au-P

t0

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n

(Bio

Hera

dor

N)

27

86

.20

-1

1.5

--

-1

.50

--

< 0

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.10

.3 T

a1

05

01

13

02

20

55

54

50

15

Tit

aniu

m G

rade 2

30

Ti

99

.7%

70

65

Tit

aniu

m G

rade 5

31

Ti

90

.00

%,

Al

6.0

0%

, V 4

%,

C 0

.08

%,

Fe 0

.25

%,

O 0

.13

%,

N 0

.05

%,

H 0

.01

2%

Sta

inle

ss s

teel

32

1.4

30

5

X1

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rNiS

18

9

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stic

33

PTFE

poly

tetr

afl

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eth

ylene

Tit

aniu

m a

lloy

35

Ti

99

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%,

C 0

.10

%,

Fe 0

.30

%,

O 0

.5%

, H

0.0

15

%

Pla

stic

36

PM

MA

Poly

meth

ylm

eth

acry

late

Pla

stic

37

PO

M P

oly

oxy

meth

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Alu

min

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38

Al 2

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39

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Poly

pro

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41

Poly

stry

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42

Fe-C

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Cr

17

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Fe 6

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Si

1.0

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7 N

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Indi

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s (m

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rtai

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atta

chm

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with

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.

11.0

6 PD

F/B

M

P

rint

ed i

n G

erm

any

Heraeus Kulzer GmbH

Grüner Weg 11

63450 Hanau

Telefax: + 49 61 81 35 50 13

E-Mail: [email protected]

www.heraeus-kulzer.com

Region 2

Heraeus Company Name

Muster Europa Division

Muster-Ring 29

63801 Beispielstadt (D)

Freecall +49(0)800.35

[email protected]

www.heraeus-konzern.com

Region 3



Muster-Ring 29


Freecall +49(0)800.35

[email protected]

www.heraeus-konzern.com

Region 4



Muster-Ring 29


Freecall

0197

Contact in Australia

Heraeus Kulzer Australia Pty. Ltd.

Unit 4, 3 Gibbes Street

Chatswood

N.S.W. 2067

Phone +612 9417 8411

Fax +612 9417 50 93

Mail: [email protected]

Website: www.kulzer.com.au

Contact in Benelux

Heraeus Kulzer Benelux

Harmenjansweg 19

P.O. Box 986

2003 RZ Haarlem

Phone (NL) +312 35 43 42 50

Phone (B) +32 22 03 60 66

Fax +312 35 43 42 55


Website: www.heraeus-kulzer.com

Contact in Spain

Heraeus S.A.

Forjadores, 16

Prado del Espino

28660 Boadilla del Monte

Madrid

Phone +34 913 58 03 75

Fax +34 913 58 03 68


Website: www.heraeus-kulzer.net

Contact in Switzerland

Heraeus Kulzer Switzerland AG

Ringstrasse 15A

CH-8600 Dübendorf

Phone +43 3 33 72 50

Fax +43 3 33 72 51


Website: www.heraeus-kulzer.ch

Contact in Austria

Heraeus Kulzer Austria GmbH

Nordbahnstr. 36 / Stg 2/4/4.5

1020 Wien

Phone +4314 08 09 41

Fax +4314 08 09 4175


Website: www.heraeus-kulzer.at

Contact in China

Heraeus Kulzer Dental Ltd.

1585 Gu Mei Road

200233 Shanghai

Phone +86 2164 95 84 88

Fax +86 2164 9517 32

www.heraeus-kulzer.com.cn

Contact in Italy

Heraeus Kulzer S.r.l.

Via Console Flaminio 5/7

20134 Milano

Phone +39 0 2210 09 41

Fax +39 0 2210 09 42 83


Website: www.heraeuskulzer.it

Contact in Scandinavia

Heraeus Kulzer Nordic AB

Box 437

SE- 191 24 Sollentuna

Hammarbacken 4B

Phone +46 8 58 57 77 55

Fax +46 86 231413

Website: www.heraeus.se

Contact in France

Heraeus

Parc Silic - Bât. Ibéris

12, Avenue du Québec

BP 630 - Villebon

91945 Coutaboeuf Cédex

Phone +33169 18 48 85

Fax +33169 28 78 22


N° Azur 0 810 813 250

(Coût appel local)

Contact in Japan

Heraeus Kulzer Japan Co. Ltd.

9F The Itoyama Tower Bldg.

3-7-18 Mita, Minato-ku

Tokyo 108-0073

Phone +8135 4 27 72 61

Fax +8135 4 27 72 69

[email protected]

Website:www.heraeus-kulzer.co.jp

Contact in United Kingdom

Heraeus Kulzer Ltd.

Heraeus House,

Albert Road,

Northbrook Street,

Newbury,

Berkshire

RG14 1DL

Phone +44163 53 05 00

Fax +44163 53 06 06


Website: www.heraeus-kulzer.com

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