Neurovascular Interventions

Platinum and tungsten coils provide radiopacity and biocompatibility for effective and visible aneurysm occlusion.

Hydrogel coatings expand in blood to enhance thrombosis and complete aneurysm filling.

Nitinol plug devices offer controlled deployment and structural integrity in complex neurovascular anatomy.

Custom forming, winding, and packaging support scalable, high-volume embolization device programs.

Advanced hydrophilic coatings reduce friction for smooth navigation through tortuous cerebral vessels.

Catheter sizes as small as 1.2–2.5 Fr enable access to deep and delicate vascular targets.

Biocompatible polymers and precision extrusion ensure optimal performance and consistency.

End-to-end catheter development includes prototyping, assembly, testing, and sterilization support.

Laser-cut Nitinol tubing forms high-precision mesh structures for effective thrombus capture.

Radiopaque markers improve visibility and accuracy under fluoroscopic guidance.

Hydrophilic surface treatments reduce friction and improve deployment through cerebral vasculature.

Forming and heat treatment optimize mechanical performance and shape memory for stroke intervention.

Polyamide, polyurethane, and PEBAX construction balances flexibility, support, and trackability.

Nitinol and stainless-steel braiding reinforce catheters while preserving torque response and kink resistance.

In-house handle design supports intuitive catheter control and user comfort during long procedures.

Full-system development includes extrusion, reflow, assembly, and testing for robust performance.

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