Atlas
Peripheral Stent System



ATLAS is a peripheral self-expanding stent system consisting of an OTW delivery catheter and a pre-mounted stent made of nitinol.ATLAS is intended for use in the treatment of stenotic or occlusive lesions in iliac or femoropopliteal arteries to establish and maintain patency. ATLAS self-expanding stent is indicated for use in percutaneous intravascular implantation in patients with atherosclerotic, radiation-induced, and posttraumatic lesions causing vessel stenosis, of hemodynamic significance and intractable in other forms of treatment.

OVERVIEW

Atlas The Peripheral Stent System consists of two components;

Implantable endoprosthesis and stent delivery system.

It is a self-expanding stent produced with laser-cut technology consisting of a nickel-titanium alloy (Nitinol).

Radiopaque markers of tantalum, located at both the proximal and distal ends of the stent, increase the visibility of the stent and aid in its placement.

Transmission system 0.035”

Compatible with (0.89 mm) guide

Peripheral self-expanding

High flexibility

• Radiopaque TANTALIUM markers

• Superior bending strength

• Excellent pushability

 

Atlas The Peripheral Stent System is a highly flexible, self-expanding stent for the treatment of arterial vascular occlusions in the iliac artery, femoral artery and popliteal artery.

The open cell stent structure provides high flexibility and excellent vessel alignment, combined with low stent shortening. Available in stent diameters from 5 to 8 mm and with a 6F delivery system (short and long shaft) in stent lengths from 20 to 200 mm.

High Stent Durability

  • Low breakage rate with high radial strength
  • High quality electric polishing and surface treatment, high adds stent integrity resulting in durability.
  • Reduced microcracks reduce the likelihood of stent cracking.
  • Optimum balance between Flexibility and Radial Force
  • Adapts to the vein in the best way
  • Provides homogeneous lesion support
  • Sensitive Stent Delivery System
  • Better bending fatigue and axial and radial fatigue higher resistance to Flexible Stent Structure

Flexible Stent Structure

  • Cell design provides excellent flexibility, provides a balance of comfort and curl resistance.
  • Optimal vessel adaptation
  • Stable stent platform does not compromise flexibility It offers the most suitable radial force without Minimal shortening
  • With laser sourced tantalum markers excellent stent visibility

They are applied in the following cases

  • Unsatisfactory result of a PTA procedure (residual stenosis),
  • Inner vessel membrane delamination,
  • Vessel wall elasticity disorders and pressure from the outside,
  • Recurrent st

Atlas stent easily adapts it’s shape to the arterial wall and does not dislocate itself after deployment. The elasticity of the stent as well as flexibility of the delivery system allows the use of Atlaseven in tortuous vessels.
Atlasself-expanding peripheral stent system is intended to improve luminal diameter in the treatment of symptamotic de novo or restenotic lesions up to 180 mm in length in the native superficial femoral artery and/or proximal popliteal arteries with reference vessel diameters ranging from 3.5 mm – 7.5 mm.

FEATURES

CHARACTERISTICS

  • Made of nitinol laser cutting
  • (NiTi) – material with higher biocompatibility level and corrosion resistance than medical AISI 316L stainless steel
  • Increased conformability within unique open-cell design technology
  • Excellent radial force
  • High flexibility of the Atlasstent effects in excellent adaptation to vessel curvature
  • Special construction of the stent provides a good adhere to the arterial wall
  • Radiopaque markers on the stent endings which allow precise implantation
  • Special construction of the delivery system make to correction of stent position inside a vessel possible even after the partial stent release.
  • Optimized radial force to reduce thrombosis and neointima hyperplasia
  • Increased flexibility in severe bend situations
  • Precise deployment with simplified single-operator syste

Access and Applicability

  • Anatomical view during 6F system profile stent application provides clarity and saves space for contrast injections.
  • Excellent traceability with retraction system, shaft push ability designed to provide the most appropriate balance between.
  • Against cross tortuous vessels with a contralateral approach longitudinal flexibility.

Correct Placement and Clarity of View

  • The radiopaque tip is inserted into the device for complete stent placement.
  • Marker tapes on inner metal shaft, cut supports positioning.

TECHNICAL SPECS

Material   Nitinol alloy
Stent Diameter    5 mm - 8 mm
Delivery System Structure   Self Expanding
Guide Wire Fit   0.035" (0.89 mm)
Minumum Shealth Size    6 Fr / 2.0 mm
Usable Catheter Length                   80 - 120 cm

ORDERING INFO

  STENT LENGTH (80 cm)   STENT LENGTH (120 cm)
Diameter 20 mm 40 mm 60 mm 80 mm 100 mm 120 mm 150 mm 20 mm 40 mm 60 mm 80 mm 100 mm 120 mm 150 mm 200 mm
(mm)
5.0 VS52080 VS54080 VS56080 VS58080 VS510080 VS512080 VS515080 VS520120 VS540120 VS560120 VS580120 VS5100120 VS5120120 VS5150120 -
6.0 VS62080 VS64080 VS66080 VS68080 VS610080 VS612080 VS615080 VS620120 VS640120 VS660120 VS680120 VS6100120 VS6120120 VS6150120 VS6200120
7.0 VS72080 VS74080 VS76080 VS78080 VS710080 VS712080 VS715080 VS720120 VS740120 VS760120 VS780120 VS7100120 VS7120120 VS7150120 VS7200120
8.0 VS82080 VS84080 VS86080 VS88080 VS810080 VS812080 VS815080 VS820120 VS840120 VS860120 VS880120 VS8100120 VS8120120 VS8150120 VS8200120