Pericardial Valve Conduit

Pulmonary valve conduit constructed using advanced digital fabrication techniques with high-quality bovine xenopericardial patches that closely replicate native valve function without a stent.

A bioabsorbable conduit designed for the repair of peripheral nerve defects. It is used in hand and foot surgery as well as oral and maxillofacial surgery applications.

Customized woven conduit designed for vascular access and minimally invasive interventional procedures. This medical device serves as a sheath or guide for catheters and guidewires in urological and cardiovascular applications. Manufactured from biocompatible PEEK polymer and other high-performance materials to ensure durability and compatibility with diagnostic and therapeutic instrumentation.

Biocompatible textile tubes designed to guide peripheral nerve regeneration across defect gaps. These conduits provide a protective environment and directional guidance for axonal growth and functional recovery.

Nerve Guidance Conduit is a biocompatible tubular device designed to bridge peripheral nerve gaps and facilitate nerve regeneration. Indicated for peripheral nerve repair in general, orthopedic, and reconstructive surgery, this conduit provides a protective microenvironment to guide axonal growth across injury sites. The device combines advanced material technology with proven clinical efficacy for nerve repair applications.

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.

A vascular bioimplant used for aortic reconstruction and replacement. This allograft tissue serves as a conduit in cardiovascular surgical procedures.

Biological Heart Valve Prosthesis with valve leaflets made of bovine pericardium that is preserved, sterilized and cross-linked with ethylene glycol diglycidyl ether. The biological material demonstrates resilience to calcium uptake and durability for long-term clinical performance. It features a compound stent combining polypropylene and superelastic shape-memory alloy for structural stability and adaptive fit within native anatomy.

Artificial valve device for replacement of diseased native heart valves. Engineered for hemodynamic performance and long-term durability in cardiac operations.

Aortic and pulmonary valve allografts used in cardiovascular surgery to repair both congenital malformations and acquired valvular disease in adults. CenoBiologics also provides pulmonary conduits, pericardial and pulmonary patches as part of this product line.

Prosthetic heart valve with leaflets made from bovine pericardium, preserved and cross-linked with ethylene glycol diglycidyl ether to resist calcium uptake and ensure long-term clinical durability.

Prosthetic mechanical heart valves for aortic and mitral valve replacement in cardiac surgery. These devices utilize advanced materials for durability and long-term hemodynamic performance.