Reinforced Stability, Unparalleled Durability
• Material: High-grade stent graft with a robust carbon coating (ePTFE).• Design: Optimized open cell design for flexibility and conformability to various vessel anatomies.• Stent Geometry: Engineered for optimal blood flow and minimal turbulence.
Elevate Vascular Repair with the Power of Carbon:
• Durability: The carbon coating adds an extra layer of strength and resilience. • Biocompatibility: Designed to minimize irritation and promote faster recovery. • Radiopacity: Enhanced visibility under imaging for precise placement.
Precision, Protection, Performance:
• Diameter Range: Available in a wide range of sizes to ensure a perfect fit.• Delivery System: Self-Expendable System advanced and user-friendly, ensuring accurate deployment.• Engineered for optimal blood flow and minimal turbulence, the stent’s geometry plays a crucial role in its success, further establishing the Atlas Stent Graft with Carbon Coating as a preferred choice for endovascular repair.• Specially designed for Radial Strength and Flexibility• Atraumatic tip designed to facilitate smooth entry and exit at the access point• Straight and flared configurations to optimize hemodynamic flow in the venous anastomosis• Full encapsulation between two ePTFEs designed to resist neointimal hyperplasia at the treatment site• Designed to withstand bending, compression and stretching in combination with spiral posts and angled bridges• Tantalum markers to increase visibility under fluoroscopy
SIGNIFICANT ADVANCEMENT IN ENDOVASCULAR REPAIR TECHNOLOGY
ENHANCED WITH A ROBUST CARBON COATING OPTIMIZED FOR BOTH FLEXIBILITY AND CONFORMABILITY
Self-Expanding Nitinol Framework
Shape-Memory Alloy: Nitinol’s superelastic properties enable consistent radial force to maintain stent apposition, conforming effectively to vessel anatomies.
Tantalum Markings: Both stent ends include tantalum markers, providing high radiopacity for precise positioning under fluoroscopy.
Microporous ePTFE Graft Material
Sealing Function: The ePTFE covering excludes blood flow from the aneurysmal or diseased arterial wall, helping reduce the risk of endoleaks.
Biocompatible & Low Profile: The microporous structure supports healing while limiting inflammatory responses.
Single-Stent Design
Straightforward Implantation: Simplifies device selection and deployment, particularly beneficial in peripheral lesions requiring a single stent graft solution.
Enhanced Device Integrity: Minimizes potential junctional leak points or component separations sometimes encountered in multi-piece stent systems.
Carbon Surface Coating
Thromboresistant: The carbon coating on the stent struts aims to reduce platelet adhesion, promoting stable device integration and lower incidence of thrombosis.
Smooth Flow Lumen: Enhances hemodynamic compatibility and may further limit intimal hyperplasia.
Wide Diameter and Length Range
Stent Graft Size: 5.0 to 10.0 mm diameters address multiple peripheral vessel diameters.
Nominal Stent Graft Length: Ranging from 18 to 58 mm in designated sizes (18, 22, 28, 38, 58 or 18, 23, 27, 37, 57)—covering a broad spectrum of lesion lengths.
Shape-Memory Alloy: Nitinol’s superelastic properties enable consistent radial force to maintain stent apposition, conforming effectively to vessel anatomies.
Tantalum Markings: Both stent ends include tantalum markers, providing high radiopacity for precise positioning under fluoroscopy.
Sealing Function: The ePTFE covering excludes blood flow from the aneurysmal or diseased arterial wall, helping reduce the risk of endoleaks.
Biocompatible & Low Profile: The microporous structure supports healing while limiting inflammatory responses.
Straightforward Implantation: Simplifies device selection and deployment, particularly beneficial in peripheral lesions requiring a single stent graft solution.
Enhanced Device Integrity: Minimizes potential junctional leak points or component separations sometimes encountered in multi-piece stent systems.
Thromboresistant: The carbon coating on the stent struts aims to reduce platelet adhesion, promoting stable device integration and lower incidence of thrombosis.
Smooth Flow Lumen: Enhances hemodynamic compatibility and may further limit intimal hyperplasia.
Stent Graft Size: 5.0 to 10.0 mm diameters address multiple peripheral vessel diameters.
Nominal Stent Graft Length: Ranging from 18 to 58 mm in designated sizes (18, 22, 28, 38, 58 or 18, 23, 27, 37, 57)—covering a broad spectrum of lesion lengths.