Our solutions make mechanical circulatory support devices safer
Our technology enables safe power transfer for lifesaving interventional procedures.
CLINICAL INDICATIONS
We aim to solve the unmet clinical challenge of percutaneous driveline infection in mechanical circulatory support devices (e.g., VADs) for end stage heart failure.
Other devices, such as long-term catheters & neurostimulators could also benefit from our technology.
SOFT PERCUTANEOUS CABLES
With adjoined skin mechanics, our percutaneous cable system enables power transfer without recurring skin injury. This enables comfortable patient movements with lower risk of infection.
IMPLANT SURFACE
Our patented method obtains microscopic pockets on soft percutaneous implants enabling additive mechanical and biological protection against skin injury.
DEPLOYMENT SYSTEM
With optimal mechanical and electrical features, our implantation system enables fast procedural times and stable connection between percutaneous cables and VADs. This secures minimal skin injury, promoting effective healing and wound care management.
