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Vascular Interventions

Zydus Medtech extends its interventional expertise into peripheral vascular disease with a portfolio of stent systems engineered to treat lesions in the iliac, femoral, and popliteal arteries. Designed to withstand complex anatomical forces, our peripheral stents combine robust radial strength, flexibility, and fatigue resistance, ensuring long-term patency in high-mobility zones. With a strong focus on precision placement and device compatibility, our solutions support endovascular specialists in delivering lasting revascularization with reduced procedural complexity.

CURATIS : Cobalt Chromium Renal and Biliary Stent System 

Indications of Curatis Cobalt Chromium Renal Stent System

Made for durable performance in dynamic peripheral vessels with proven radial strength and fracture resistance. 

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Open cell design enhances flexibility and conformability along the superficial femoral arteries 

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Chromium alloy offers superior fatigue resistance and optimal biocompatibility 

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Ultra-low profile delivery system allows smooth navigation through tortuous renal anatomies 

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Precision deployment system minimizes stent misplacement and enhances wall apposition 

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Consistent radial force across the length of the stent supports sustained vessel patency 

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Designed to reduce the risk of stent fracture and vessel trauma 

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PERIFLEX: COBALT CHROMIUM PERIPHERAL STENT SYSTEM  

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Indications of Periflex Cobalt Chromium Peripheral Stent System

Optimized for controlled expansion and precise lesion coverage in high-pressure inflow zones. 

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Optimized for controlled expansion and precise lesion coverage in high-pressure inflow zones. 

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High-strength cobalt-chromium alloy ensures robust radial support in elastic iliac arteries 

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Minimal foreshortening architecture enables exact lesion targeting and consistent stent length post-expansion 

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Balloon-expandable system allows precise control over deployment and stent apposition 

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High radiopacity for enhanced visibility and confident fluoroscopic placement 

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Ideal for ostial, bifurcation, and proximal iliac lesions requiring anchoring stability 

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Compatible with standard peripheral delivery systems for procedural efficiency