technology

Transformative tricuspid regurgitation repair treatment.

Tripair™ is a transcatheter edge-to-spacer repair system developed with simplicity in mind, specifically to treat TR in a wide patient population.

Innovation and ease of use are designed to come together in Tripair™, aiming to set a new benchmark for transcatheter tricuspid valve repair. Every aspect of Tripair™ is designed to offer physicians an intuitive, streamlined procedure — while its inclusive design aims to accommodates a broad spectrum of anatomies, to expand treatment options for TR patients.

Stress-testing Tripair™ at Coramaze Technologies' in-house R&D center in Israel

Tripair™ is designed for effortless excellence.

Get in touch

With its non-rigid, self-centering design, the system aims to ensure optimal alignment within the coaptation gap, to enable a streamlined procedure with device deployment times averaging 30 minutes—without compromising safety.

Crown

Designed for atraumatic anchoring against the right atrial wall. The crown is intentionally oversized and, based on its design and geometry, stays anchored against the wall, ensuring long-term stability.

Center column

Flexible section that is designed to permit the spacer to move at an angle relative to the crown. This flexibility enables the spacer to align with the coaptation gap as the leaflets come together.

Spacer balloon

The center column is covered by a spacer balloon. Once implanted the edges of the tricuspid leaflets coapt on the surface of the spacer.
Crown
Center column
Spacer balloon
Crown

Atraumatically anchored against the right atrial wall, aiming to ensure long-term stability.

Center column

Holds the spacer and has technology allowing the in- and deflation of the balloon.

Balloon spacer

The edges of the tricuspid leaflets coapt on the surface of the spacer, filling the gap.

Benefits

Simple

Streamlined procedure

Initial device time averaged 30 minutes.

Rapid learning curve

Designed to be accessible for operators of all experience levels, with fast learning curve.

Less demanding imaging

Designed for simplified imaging needs, staff and execution requirements.

Safe

Atraumatic anchoring

Range of crown sizes designed for secure and stable positioning in the right atrium.

Leaflet integrity

Edge-to-spacer designed to eliminate leaflet damage and to preserve native leaflet mobility and function​.

Retrievability

Implant designed to be be retrievable, for maximum safety and flexible treatment options.

Effective

Operational efficiency

Overall hospital efficiency will be enhanced by minimal equipment and resource requirements and fast procedure times resulting in high cath-lab turnover rate.

Competitive economics

Low manufacturing and scalability costs.

Adaptive design

Non-rigid system designed with a self-centering spacer to ensure optimal and consistent efficacy, even in complex cases.

Designed to provide a treatment to the 90% of patients that go untreated.