Large Cells Design

Reserved space for coronary intervention

Supra-annular Valve Design

Optimized supra-annular shape of the valve

Improved hemodynamics results

Real Skirt

11mm-12mm skirt edge, providing a larger effective landing zone

Reduce paravalvular leakage and regurgitation effectively

Low Density Cells

Soft and steerable, easy passing through the aortic arch

Excellent coaxial alignment during the release

Reduced risk of coronary artery occlusion

Bovine Pericardial Leaflets

Unique anti-calcification technology

Bioprosthetic valve with over 40 years of clinical validation

Excellent material durability

High Density Cells

High radial support

Suited for severe calcified and/or bicuspid aortic valves

Better anchoring

Reduced Access Requirement

Innovative integrated sheath design

16F/17F - equivalent integrated sheath

Enhanced compatibility with various blood vessel sizes

Reduced the incidence rate of vascular complications

Equal Response and precision

Stable motorized delivery system

The catheter and handle respond in a one-to-one ratio, providing stable release without jumping

Simpler and more stable retrieval and release

Simultaneous control of the handle and guidewire

Flexibility for Coaxial Alignment

360-degree omni-directional flexibility

The world's first double reinforced spiral design

Easier navigation through tortuous anatomical structures such as transverse heart or 3D aortic arch, reducing vascular injuries

Easier coaxial adjustment during the release process for precise positioning

Multiple Retrievable Function

Can re-cross the valve after retrieval

Provided multiple release opportunities