Ancora 360™ Heart Valve Sizer

Artificial aortic valve

Valve annuloplasty rings are surgical implants designed to repair and stabilize diseased or regurgitant cardiac valves during reconstructive heart surgery. These xenogeneic tissue-based devices restore normal valve function and geometry, reducing the need for full valve replacement. The rings are indicated for mitral, tricuspid, and aortic valve repair procedures in adult and pediatric patients.

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.

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

Comprehensive interventional cardiology device portfolio including inflation devices, hemostasis valves, guide wires, introducer sheaths, and pressure management systems. These sterile, single-use and reusable components support percutaneous coronary and peripheral vascular interventions, enabling safe vascular access, device positioning, and hemostasis control during catheter-based procedures. CE-marked and ISO 13485 certified for clinical use.

A 3D-printed cardiac surgical model for heart valve replacement procedures. This advanced model enables cardiovascular surgeons to practice valve implantation techniques.

Advanced artificial heart valve systems for cardiac surgery. Manufactured with best-in-class quality management for reliable cardiac replacement procedures.

Cardiovascular devices designed for diagnosis, monitoring, and management of heart and vascular conditions. These medical devices support clinicians in imaging, hemodynamic assessment, and intervention delivery for patients with coronary artery disease, arrhythmias, and structural heart defects.

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.

High-performance surgical instruments specifically designed for cardiovascular procedures in medical facilities. Available through sales, rental, and comprehensive maintenance programs.