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INVAMED

Dedicated self-expanding venous stent for iliofemoral obstruction, May-Thurner syndrome, and post-thrombotic syndrome — venous-specific radial force and flexibility.

Atlas Venous Stent — venous stent

Atlas Venous Stent

A specialized implant system made of biocompatible metal alloys, designed to treat venous obstructions by maintaining vessel patency, improving blood flow, and alleviating symptoms of chronic venous insufficiency.

Specialties

Venous
The Atlas™ Venous Stent, introduced by Invamed—a global medical device manufacturer—is meticulously crafted for venous outflow restoration and chronic venous insufficiency management. Leveraging a self-expanding nitinol design, Atlas™ offers strong radial force, adaptive conformability, and minimal recoil, supporting durable patency in challenging venous anatomies.
Self-Expanding Nitinol Framework
Delivers consistent radial force to maintain lumen patency, especially in large, compressible venous segments.
High Conformability
Adapts to tortuous or dynamic venous structures (e.g., iliac vein, femoral vein), minimizing stress at stent edges and promoting stable apposition.
Minimal Recoil & Migration
Engineered for durable scaffolding, preserving vessel diameter and reducing the risk of stent migration under variable venous pressures.
Optimized for Venous Hemodynamics
Large cell design fosters robust flow, reducing intraluminal pressure gradients and supporting potential reduction in venous hypertension symptoms.
Wide Clinical Utility
Indicated for iliofemoral venous outflow obstructions, post-thrombotic syndrome, or venous stenoses from extrinsic compression or scar tissue.
Contraindications
Severe vessel tortuosity or diameter mismatch preventing stent passage, active local infection in the venous target, or contraindications to endovascular procedures.
Delivers consistent radial force to maintain lumen patency, especially in large, compressible venous segments. Adapts to tortuous or dynamic venous structures (e.g., iliac vein, femoral vein), minimizing stress at stent edges and promoting stable apposition. Engineered for durable scaffolding, preserving vessel diameter and reducing the risk of stent migration under variable venous pressures. Large cell design fosters robust flow, reducing intraluminal pressure gradients and supporting potential reduction in venous hypertension symptoms. Indicated for iliofemoral venous outflow obstructions, post-thrombotic syndrome, or venous stenoses from extrinsic compression or scar tissue. Severe vessel tortuosity or diameter mismatch preventing stent passage, active local infection in the venous target, or contraindications to endovascular procedures.

Clinical Focus

venous stentiliofemoral stentMay-Thurner syndrome treatmentpost-thrombotic syndromededicated venous stentvenöz stent