Datasheet : Extrusion : Variable Variable Durometer tube Continuous stiffness change Distal Variable durometer throughout the tube's length provides a linear transition between a delicately soft tip with a hard proximal end. Our continuous extrusion process eliminating labor and welded points of the manually assembled tube, causing the misaligned segment to fail, bring seamless transition, reducing cost, and better blood vessel trackability to your catheter. This process also can be validated and less susceptible to lot-to-lot variations. Ideal for catheter required soft tip with pushability at a proximal end. Specifications Inner diameter : Wall thickness : Pebax®, Vestamide® Example of continuous stiffness change Variable Durometer vs Manually assembled tube Variable durometer tube Manually assembled tube

Datasheet : Medical Shaft : Braid Braid-Reinforced Shaft Outer With optional Variable durometer tubing provide a linear transition between a delicately soft tip to a hard proximal end. PTFE Liner Thinnest wall 0.0003” Excellent lubricity and chemical resistance. Braid Reinforcement with SS304, 66PA, PEEK and more for kink resistance and pushability. With our continuous spooling process ensuring exceptional consistency with tighter tolerance, we can design, develop, and manufacture engineered shaft for a complex catheter. The shaft is designed to balance flexibility, pushability, kink resistance,...

Datasheet : Medical Shaft : Braid Detail specifications of each product -Supplied on spool with silver-plated copper-core mandrel -Tightly controlled wall tolerance: ±0.00008” (±2μm) -Pin hole check on the entire length (Marking at the pin hole .) -Inside diameter: 0.01” – 0.11” (0.3mm – 2.8mm) -Optional etched or thermoplastic tie layer for adhesion 2. Braid 1 wire traveling over 1 wire then under 1 wire 1 wire traveling over 2 wires then under 2 wires Carrier number standard: 2 over / 2 under PPI:10-400 standard: 2 over / 2 under PPI:30-1200 Min Limit Round wire 0.00165"/40um Flat wire 0.001"x0.002"...