Implantable Textile Patches

Specialized patch materials designed for skin tissue repair and burn wound management. These biocompatible products provide structural support and promote dermal regeneration. Suitable for large-area skin defect closure.

Surgical biological patches derived from animal tissue for soft tissue repair and reconstruction in cardiovascular and surgical applications. These xenogeneic patches are chemically modified to enhance biocompatibility and reduce immunogenicity, with clinical use in cardiac valve repair, congenital heart disease treatment, and reconstructive surgery.

Layered mesh materials designed for use in hernia repair and tissue reconstruction procedures. These patches reinforce damaged tissues in inguinal and other anatomical regions.

Pre-formed patch materials used to reinforce and stabilize tissue in hernia surgical repairs. These devices provide mechanical support to weakened abdominal wall and tissue areas. Designed for optimal integration with surrounding tissue.

Mesh-like materials designed for reinforcement of fascial layers in abdominal wall repair and reconstruction. These products prevent tissue herniation and provide long-term structural support. Available in both absorbable and permanent formulations.

Medical-grade wearable patches developed through co-design from concept to scalable production. These printed electronics-based patches integrate sensors and interfaces for continuous health monitoring in clinical and sports applications.

Smart patches are wearable medical devices designed for continuous patient monitoring and data collection. These patches integrate sensor technology for real-time physiological measurements and can be applied directly to the skin for non-invasive health tracking and clinical applications.

Patches for pericardial closure and cardiac surgical repair. Used in various cardiac surgical procedures including septal defect repair.

Tisgnex Bovine Pericardial Tissue Patches are biocompatible surgical implants derived from bovine pericardial tissue, designed for cardiovascular and soft tissue repair applications. These patches provide structural support and facilitate tissue integration in cardiac surgery, vascular reconstruction, and general surgical procedures. The tissue undergoes specialized processing to ensure biocompatibility and reduce immunogenicity.

Integrated wearable biosensor systems for continuous patient monitoring and health tracking. Combines multiple sensing modalities with flexible substrate technology for comfort and reliability.

Health patches utilizing advanced electrode technology for continuous physiological monitoring. Designed as wearable solutions integrating hydrogels and adhesive systems for extended wear applications.

Adhesive-based wearable patches designed for near-body sensor applications in healthcare monitoring. These patches utilize printed electronics technology and are manufactured in ISO8-validated cleanroom facilities to meet strict medical device standards.