Vascular Stent

Vascular stent manufactured from nickel-titanium shape memory alloy, designed for endovascular intervention in arterial stenosis and occlusion treatment. The nitinol composition provides superior flexibility and conformability within vessel anatomy.

Nitinol material specifically processed for vascular stent manufacturing and balloon-expandable applications. The material offers excellent radial force, flexibility, and long-term biocompatibility.

Precision stainless steel and nitinol wire and tube stock for manufacturing cardiovascular and peripheral stents with specific strength and flexibility requirements.

Specialized stent systems for brain and cerebrovascular interventions. Engineered with nitinol technology to navigate complex neurovascular anatomy with precision and reliability.

Laser-cut and precision-engineered nitinol stent components for vascular and non-vascular applications. Manufactured with controlled mechanical properties for optimal radial force and flexibility.

Ureteral stent constructed from shape memory nitinol alloy for management of ureteral obstruction and post-operative drainage. The material's flexibility minimizes patient discomfort and migration risk.

Coronary and peripheral vascular stents manufactured from shape memory alloy for cardiovascular interventions. These devices provide improved flexibility and long-term patency in blood vessel applications.

High-precision nitinol and stainless steel components for vascular stent manufacturing. Designed to meet strict dimensional tolerances for cardiovascular and endovascular applications.

Self-expanding esophageal stent fabricated from shape memory alloy for palliative treatment of malignant esophageal strictures and dysphagia. The nitinol material ensures consistent radial force and biocompatibility.

A new-generation self-expanding nickel-titanium superelastic alloy stent designed for peripheral vascular intervention. The stent features a helical structure design with high flexibility and anti-fracture properties, closed-loop end design for accurate release and positioning, and a thin-walled, low coefficient of friction design for long peripheral artery stents. The delivery system includes an easy-to-operate release handle with stable stent deployment.

Custom cardiovascular and neurological intervention stents designed and manufactured using advanced laser micromachining and precision fabrication techniques.

Custom-engineered stent designs for specific vascular and neurovascular applications, manufactured using advanced laser micro-machining technology. These stents are produced through collaborative development supporting device innovation.