• Balanced structure design for lower incidence of conduction block.

• Micro-ExTM anti-calcification treatment technology for bovine pericardial leaflets.

• AirBoTM Dry Premounted Technology, eliminates formaldehyde residues.

• Balanced supporting force, especially for calcified bicuspid valves.

• The puffy outer skirt design prevents perivalvular leak.

• Excellent Aortic Arch Trackability.

• Integrated valve premounted system.

• Fully retrievable delivery system, capable of multiple retrievals and repositioning.

• Ultra-smooth and hydrophilic distal end, with excellent trackability and deliverability; the minimum outer diameter is 18-20 Fr, inline sheath version with minimum equivalent 14/16Fr system.

Delivery System

No need for manufacturer technicians to perform on-site installation in the operating room.
The delivery system can be fully retrieved, repositioned, and re-released multiple times.
Smooth and stable deployment and retrieval.
Strong positioning capability.
Anti-perivalvular leak design with sealing skirt.
       

Innovative patented pre-mounted design.

Rapidly completes pre-implantation preparation in a short time, effectively addressing unexpected situations for enhanced clinical convenience.

Offers two delivery systems: w/ or w/o inline sheath for different clinical needs.

Fully retrievable delivery system.

Superior aortic arch trackability.

Ultra-smooth hydrophilic coated distal.
Inline sheath version with minimum equivalent 14F system.

Feature

At present, the Micro-ExTM leaflet processing technology is one of the most advanced pericardial processing techniques in the world. It provides reliable anti-calcification and biomechanical properties for bovine pericardial materials; this technology has been applied on the KingstronBio bioprosthetic valves for many years and has demonstrated outstanding performance.

In Europe, Japan, China and other countries, the patented dry leaflet processing and preservation technologies provide a quality guarantee for the premounted valves. The valve frames and valve leaves designed using computer simulation and finite element analysis ensure that the valves have excellent hemodynamic and anti-fatigue performance.

In the era when TAVR is applied to low-risk patients, we expect KingstronBio Intervention Valves to provide better solutions for professional personnels and benefit more heart valve patients.