Braided Stents and Sutures

Versatile braided textile structures with controlled elasticity, consistent pore geometry, and tunable elongation using 3 to 192 yarn or wire ends. Utilized in stents, sutures, tendon fixation, and ligament fixation applications.

Precision-engineered braided textile structures for various medical device applications including vascular grafts and surgical reinforcement. Manufactured using high-precision textile braiding techniques to achieve specific mechanical and structural requirements.

Braided stent and implant manufacturing using nitinol and specialized materials for vascular interventions and implantable medical device applications.

Braided textile and wire structures for stent manufacturing in cardiovascular applications. Provides controlled porosity, flexibility, and radial expansion characteristics.

Specialized braiding system for manufacturing cardiac stents and vascular scaffolds. Produces braided mesh structures used in coronary and peripheral stent applications.

Precision-manufactured stent devices for vascular intervention and minimally invasive procedures. These devices are designed to maintain vessel patency in cardiovascular applications.

Knitted textiles engineered for implantable medical devices, providing biocompatible fabric substrates for vascular grafts, hernia repairs, and soft tissue reinforcement. These technical textiles offer controlled porosity and mechanical properties essential for integration with biological tissues.

Specialized textile-based materials for surgical implantation in visceral and spinal applications. Engineered to provide biocompatibility and mechanical performance for long-term surgical support.

Implantable vascular devices designed to restore blood flow in narrowed or occluded vessels. These interventional products are used in coronary, peripheral, and cerebral applications.

Comprehensive surgical device solutions for minimally invasive cardiovascular and interventional procedures, including catheters, balloons, tubing components, and myocardial protection systems engineered for surgical precision and clinical reliability.

Laser-cut metal stents for cardiovascular and interventional applications, including vena cava filters and guide wire components. Manufactured using precision laser cutting, welding, and drilling with full traceability and ISO9001 quality compliance. Supports custom design from prototype to volume production.