Axiostat Hemostatic Patch

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.

Specialized hemostatic patch formulation for cardiac surgical procedures. Provides reliable hemostasis in high-pressure cardiovascular surgical environments.

Biological patch for vascular reconstruction and repair in soft tissue surgery. Manufactured through proprietary animal tissue engineering and chemical modification processes.

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.

Animal-derived pericardial patch for cardiac tissue repair and reconstruction during cardiac surgery. Supports long-term integration with proven clinical outcomes.

Composite repair solution combining hemostatic and adhesive components for soft tissue repair. Indicated for oral soft tissue reconstruction and various surgical applications requiring tissue regeneration support.

Absorbable patches impregnated with hemostatic substances using Fibroline's impregnation technology. These products can be used to stop bleeding on internal organs, particularly in cases where existing products are ineffective or require excessive time.

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.

Pulmonary Valved Conduit constructed using Advanced Digital Fabrication techniques and high-quality bovine xenopericardial patches. It features a stentless tri-leaflet valve that closely replicates native pulmonary valve function.

Self-adhesive electrode patches designed for electro-medical applications including monitoring devices, ECG patches, and diagnostic instruments. Available in high-specification materials including PE and EVA foams, non-woven materials, hydrogels, and conductive adhesives. The solutions are formulated to provide secure skin adhesion with ease of removal, meeting specific requirements for conductivity, conformability, wear duration, and leaving no residues on the skin.

An amniotic membrane-based bioimplant used for tissue repair and reconstruction. This product serves as a biological barrier and scaffold for healing in surgical applications.