Surgical Biological 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.

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

Biocompatible textile patches designed for surgical repair and reinforcement of tissue defects. These patches provide temporary or permanent structural support with engineered porosity to facilitate tissue integration.

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.

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

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.

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.

Reference patches designed for cardiac mapping systems. These patches are manufactured by R&D Medical Products for use in cardiac diagnostic and monitoring applications.

Bioengineered vascular patch for vascular repair and reconstruction procedures. Composed of biocompatible materials that integrate with native vessels. Used in vascular surgery for aneurysm repair and vessel reconstruction.

Advanced textile scaffolds designed for cardiac tissue engineering and myocardial repair applications. These materials support cardiomyocyte integration with appropriate mechanical compliance and biocompatibility.

Specialized hemostatic patch designed for cardiovascular surgical applications. Provides reliable hemostasis in cardiac and vascular procedures.

Hemostatic patch formulation for general surgical applications requiring reliable bleeding control. Engineered for consistent hemostatic performance across diverse tissue types.