Braided Medical Textiles

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.

Specialized knitted textile structures for medical applications including compression garments and implant interfaces. Manufactured using advanced medical knitting techniques to produce precise dimensional specifications and elastic properties.

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.

Technically engineered knitted textiles incorporating smart and electronic components for medical applications. These textiles integrate sensors and conductive materials for patient monitoring and therapeutic purposes.

A specialized medical device braiding machine designed for manufacturing medical textiles and components such as catheters, stents, and occluders. The machine offers high precision, compact size, and fast production speed as part of the new generation S-series braiding platform. It has been ISO and CE certified and requires minimal operator experience with simple training.

High-performance elastic yarn manufactured to medical specifications for integration into therapeutic textiles. The material meets standards for skin contact applications and medical device manufacturing.

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

Braided stents and sutures designed for vascular and surgical applications. These textile-based medical implants are manufactured to exacting standards for deployment in minimally invasive and open surgical procedures. Products are supplied in pre-sterilization form, ready for final processing and market distribution.

Multi-strand nitinol braided construct for medical applications requiring integrated strength and flexibility. Customizable braiding pattern and strand count. Used in catheter sheaths, reinforcement structures, and flexible device components.

Medical balloons with thermally bonded braided reinforcement for enhanced radial strength and expansion control. Eliminates need for adhesives while ensuring component fixation.

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

Braid reinforced composite medical tube designed for biliary drainage, stent delivery, and multi-lumen catheter applications. The braided construction provides enhanced kink resistance and structural integrity for minimally invasive procedures. Available in Pebax and other biocompatible polymers for controlled fluid delivery and device navigation through tortuous anatomical pathways.