Main Feature

• Oval-shaped optimized design, better adapting to morphological changes of the mitral valve under pathological conditions.

• The opening design of the tricuspid annuloplasty ring prevents damage to the conduction bundle.

• The downward angle of the septal leaflet area in the tricuspid annuloplasty ring reduces suture tension and the risk of tearing.

Three-Dimensional Double Saddle

Bionic restoration of the natural saddle shape, comprehensively fitting the physiological structure. Optimizes stress distribution on the valve leaflets for durable therapeutic effects. The saddle-shaped design features a 4:3 long-to-short axis ratio, effectively preserving the protruding morphology, where the anterior leaflet attaches, ---particularly during ventricular systole.

Semi-rigid

The semi-rigid design of the double-helix alloy tube features a longer anteroposterior diameter and larger orifice area, enhancing shaping effects while avoiding tissue tearing. The semi-rigid ring preserves the physiological bending and folding functions of the normal annulus, which is crucial for the long-term efficacy of valve repair and preventing left ventricular outflow tract obstruction.

Gradient Modulus

The unique selective flexibility of the mitral annuloplasty ring in the anteroposterior direction provides a shock-absorbing structure, maintaining appropriate lateral support to preserve the reshaping effect.

Deformable Hinge

The double-helix structure design preserves a deformation space at the annular junction, enabling physiological angular motion. This allows post-repair annular movement to more closely resembling its natural, original state.
KingstronBio ELEMENT® FORCE Annuloplasty Ring integrates modern valve repair concepts with multiple core technological achievements and evidence-based clinical data, delivering outstanding long-term and short-term repair outcomes.