Nitinol Braided Structure

By co-extrusion or reflow, a metal or fiber braided structure is placed between two layers of material. This can enhance the burst pressure resistance, column strength, and torque transmission of the tubing. The braiding angle, coverage rate, as well as the size, shape, and strength of the reinforcing material, are all important factors. Manufacturing Capabilities Size: 3Fr-39Fr Outer Layer Materials: PA, PEBAX, TPU, PE, PI, etc. Middle Layer Materials: Stainless Steel, Nitinol, Kevlar®, Nylon, LCP, etc. Inner Layer Materials: PTFE, PI

Precision-engineered nitinol tubing for minimally invasive medical devices, catheters, and endoscopic instruments with superior flexibility and shape-memory properties.

Superelastic nitinol tubing for manufacturing stents, catheters, and endoscopic instruments requiring high flexibility and fatigue resistance in minimally invasive procedures.

Specialty nitinol wire for medical device manufacturing, particularly suited for cardiovascular and neurovascular applications requiring shape-memory and superelastic properties.

Precision-engineered nitinol tubes for medical device applications including catheters, stents, and interventional instruments with customized dimensions and properties.

High-quality nitinol sheet materials manufactured for medical device applications. These components offer shape-memory and superelastic properties essential for minimally invasive medical devices and structural supports.

Nitinol-based components for catheter systems used in interventional procedures. Engineered for precision and reliability in demanding clinical environments.

Nitinol wire tube is a shape-memory alloy component used in minimally invasive medical devices, including endoscopy, catheter systems, and orthopedic implants. The material's superelastic and thermal shape-memory properties enable precise deployment and recovery in clinical applications requiring flexibility and structural integrity.

Diagnostic and therapeutic catheter manufactured with nitinol components for improved pushability and flexibility in vascular access. The material enhances procedural reliability during complex interventional techniques.

Custom-fabricated nitinol components for stents, guidewires, and minimally invasive medical devices with precision tolerances for clinical applications.

Shape-memory alloy tubing for cardiovascular and interventional devices requiring flexibility and shape recovery properties.

Shape-memory nitinol wire used in minimally invasive medical devices including guidewires, endoscopy instruments, and orthopedic implants for controlled positioning and deployment.