Braid Reinforced Composite Medical Tube

Reinforced polymer tubing designed for high-pressure medical applications requiring enhanced structural integrity. Suitable for irrigation systems and pressurized fluid delivery.

Precision-extruded medical tubing manufactured in PEBAX, PA, PET, and TPU materials for use in diagnostic and therapeutic medical devices. These tubes serve as critical conduit components in applications including endoscopy, percutaneous nerve stimulation systems, and orthopedic procedures. Each tube is engineered to precise dimensional tolerances to ensure compatibility with Luer connectors and other medical device assemblies.

Braided composite reinforced polyimide tubing for catheter and medical device assembly. The tubing combines low-friction properties with structural reinforcement, enabling safe navigation through vascular and non-vascular pathways. Engineered for precision catheter manufacturing applications requiring durability and biocompatibility.

A composite medical catheter with braided reinforcement structure, engineered using precision extrusion manufacturing processes. This design provides enhanced mechanical strength and stability for clinical interventional procedures across multiple medical specialties.

Reinforced braided tubing for medical applications requiring enhanced mechanical strength and burst resistance. Available in biocompatible material options.

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

Medical-grade braided catheter tubing designed for high-pressure applications in cardiovascular and interventional procedures. Engineered for kink resistance and enhanced maneuverability during clinical use.

Multi-layer composite tubes combining different materials for enhanced performance characteristics. Used in various medical applications requiring specific strength, flexibility, and biocompatibility properties.

Reinforced tubing with braided and coiled spring construction providing enhanced durability and resistance to kinking for demanding medical applications including catheters and delivery systems.

Reinforced polymer tubing with biocompatible properties for structural reinforcement in vascular and endovascular 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.

Engineered composite tubing combining multiple polymer layers with tailored mechanical properties for specialized medical applications. Customizable in material composition, wall thickness, and lumen configuration.