Excision Medical
Development-stage medical device company focused on catheter-based leaflet modification technology for management of aortic valve stenosis and facilitating redo transcatheter aortic valve replacement (TAVR). Developing steerable catheter systems, a radiofrequency-based excision catheter, and a temporary percutaneous valve to enable targeted leaflet removal prior to valve-in-valve procedures. The leaflet excision system is patent-pending and not FDA approved.
Industries
N/A
Nr. of Employees
small (1-50)
Excision Medical
Products
Steerable catheter system
Steerable catheter designed to navigate to and position against valve leaflets for targeted leaflet modification during transcatheter procedures.
Radiofrequency excision catheter
Catheter intended to deliver radiofrequency energy to excise failed bioprosthetic valve leaflets as part of leaflet modification.
Temporary percutaneous valve device
Temporary valve intended to provide hemodynamic support during leaflet modification and valve exchange procedures.
Steerable catheter system
Steerable catheter designed to navigate to and position against valve leaflets for targeted leaflet modification during transcatheter procedures.
Radiofrequency excision catheter
Catheter intended to deliver radiofrequency energy to excise failed bioprosthetic valve leaflets as part of leaflet modification.
Temporary percutaneous valve device
Temporary valve intended to provide hemodynamic support during leaflet modification and valve exchange procedures.
Expertise Areas
- Catheter-based structural heart device development
- Transcatheter valve-in-valve procedure support
- Radiofrequency-based tissue excision for cardiovascular use
- Steerable catheter systems
Key Technologies
- Radiofrequency tissue excision
- Steerable catheter mechanics
- Temporary percutaneous valve devices
- Catheter-based leaflet removal
News & Updates
Announcement of $2.5M in funding and additions to the scientific advisory board.
Announcement of $2.5M in funding and additions to the scientific advisory board.