w e m a k e i d e a s c o m e a l i v e 001scb040700 for internal use only peripheral co-cr stent...
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Peripheral Co-Cr Stent System OTW
On the cutting edge On the cutting edge of flexibility and strengthof flexibility and strength
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How to get around the “horn” ?How to get around the “horn” ?
It’s all about deliverability…It’s all about deliverability…
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First Cobalt-Chromium First Cobalt-Chromium
peripheral Stent, mounted peripheral Stent, mounted
on a 5F Delivery systemon a 5F Delivery system
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The StentThe Stent
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History of Co-CrHistory of Co-Cr
Co-Cr was used since 1937 in medical implants: more than 30 years of usage in humans
Cage for heart valves
Endo-prosthesis
Aneurysm clips
Pacemaker leads
Co-Cr more biocompatible, stronger, less ferromagnetic, more resistant to fatigue and corrosion than Stainless Steel
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Scientific Results Co-CrScientific Results Co-Cr
Co-Cr is STRONGER than Stainless Steel Lower thickness without
decreasing radial force
Co-Cr is around 45% stronger than Stainless Steel
Co-Cr is DENSER than Stainless Steel Good radiopacity despite
thinner struts
Co-Cr is around 6% denser than Stainless Steel
Yield Strength
0
10
20
30
40
50
60
70
Cobalt alloy 316 L Stainless Steel
Ksi
Material Kg per m3
Cobalt alloy
8.415
316L SS 7.944
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Specification StentSpecification Stent
Stent designStent design
Range of diameterRange of diameter
Range of lengthRange of length
Stent material Stent material
Strut thicknessStrut thickness
Strut widthStrut width
Closed cell, slotted tube inClosed cell, slotted tube indiameter specific designdiameter specific design
Ø 5, 6, 7, 8, 9, 10 mmØ 5, 6, 7, 8, 9, 10 mm
18, 30, 37, 55, 75 mm18, 30, 37, 55, 75 mm
Cobalt ChromiumCobalt Chromium
120 µ120 µm (5 – 7 mm)m (5 – 7 mm)152 152 µµm (8 – 10 mm) m (8 – 10 mm)
120 120 µµm (5 – 10 mm)m (5 – 10 mm)
Strut thickness 120 mfor 5.0 / 6.0 / 7.0 mm
Strut thickness 152 mfor 8.0 / 9.0 / 10.0 mm
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Metal-to-Artery RatioMetal-to-Artery Ratio
16,50%
13,70%
11,80%
14,50%12,90%
11,60%
0%
2%
4%
6%
8%
10%
12%
14%
16%
18%
5.0 mm 6.0 mm 7.0 mm 8.0 mm 9.0 mm 10.0 mm
Metal-to-Artery ratio
small large
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Stent DesignStent Design
Cobalt Chromium
Slotted Tube, Laser cut
Closed cell design
Round edges, ultra-polished surfaces
High flexibility of the crimped stent
High radial force and longitudinal flexibility after deployment
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The Stent The Stent Delivery SystemDelivery System
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Specification SDSSpecification SDS
Catheter designCatheter design
Guide wire Guide wire compatibilitycompatibility
Usable shaft length Usable shaft length
Balloon material Balloon material
CoatingCoating
Shaft diameter Shaft diameter
Tip entry profile Tip entry profile
Introducer Introducer compatibilitycompatibility
Nominal pressureNominal pressure
RBPRBP
Over the wire, dual lumen Over the wire, dual lumen shaftshaft
0.035“0.035“
80, 130 cm 80, 130 cm
FLEXITEC™ XtremeFLEXITEC™ Xtreme
nonenone
5F5F
0.042”0.042”
6F (Ø 5 – 9 mm)6F (Ø 5 – 9 mm)7F (Ø 10 mm)7F (Ø 10 mm)
9 bar9 bar
17 bar17 bar
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SDS Type / ConstructionSDS Type / Construction
NEW shaft material for improved pushability and kink resistance combined with excellent flexibility for contro-lateral maneuvers
NEW balloon material FLEXITEC™ Xtreme for improved flexibility and extreme scratch resistance while
maintaining high RBP
NEW tapered tip design
NEW balloon 6-folding for perfect re-wrapping, even after high pressure stent
deployment
NEW packaging for facilitated product handling
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Introducer Sheath Introducer Sheath CompatibilityCompatibility
6F
7F
for Ø 5, 6, 7, 8, 9 mm
for Ø 10 mm
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Key Selling PointsKey Selling Points
First Peripheral Cobalt Chromium Stent System, First Peripheral Cobalt Chromium Stent System, for for unlimited deliverability and flexibility in contralateral unlimited deliverability and flexibility in contralateral approaches.approaches.
Closed Cell Design, Closed Cell Design, for tight, predictable scaffolding and for tight, predictable scaffolding and appropriate radial force in Iliac lesions.appropriate radial force in Iliac lesions.
Zero stent shortening,Zero stent shortening, for precise placement for precise placement
High performance balloon material,High performance balloon material, featuring Flexitec™ Xtreme Polyamide, for high pressure stent deployment while maintaining high flexibility and scratch resistance.
6 balloon folding, for homogeneous stent deployment and safe retrieval of the delivery system.
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Model MixModel Mix
Stent Ø/Length 1880/130cm
3080/130cm
3780/130cm
5580/130cm
7580/130cm
5.0 6.0 7.0 8.0 9.0
10.0
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What are the improvements of What are the improvements of compared tocompared to ? ?
Scuba Invastent Onda
Catheter design Over the wire, dual lumen shaft Over the wire, dual lumen shaft Guide wire compatibility 0.035“ 0.035“ Usable shaft length 80, 130 cm 80, 130 cm Balloon material FLEXITEC™ Xtreme FLEXITEC™ LP Shaft diameter 5F 5F Introducer compatibility 6F (Ø 5 – 9 mm) 6F (Ø 5 – 7 mm) 7F (Ø 10 mm) 7F (Ø 8 mm)
8F (Ø 9 – 10 mm) Nominal pressure 9 bar 7 bar RBP 17 bar 16 bar
Stent design Closed cell, slotted tube in diameter specific design Closed cell, slotted tube
Range of diameter Ø 5, 6, 7, 8, 9, 10 mm Ø 5, 6, 7, 8, 9, 10 mm
Range of length 18, 30, 37, 55, 75 mm 19, 38, 57, 77 mm Stent material Cobalt Chromium Stainless steel Strut thickness 120 µm (5 – 7 mm) 150 µm (5 – 7)
152 µm (8 – 10 mm) 180 µm (8 - 10) Strut width 120 µm (5 – 10 mm) 135 µm (5.0 – 7.0 mm)
180 µm (8.0 – 10.0 mm)
Stent
Stent Delivery System
