Amsel Medical
Amsel Medical Corporation specializes in the development and commercialization of minimally invasive surgical devices for vascular, trauma, and general surgical applications. Its core innovation centers on a unique vessel occlusion technology delivered via needle guidance, designed to provide secure, permanent, and reproducible closure of blood vessels and ducts. The company's solutions address unmet clinical needs in open and laparoscopic surgeries, with FDA clearance and CE marking in select markets. Research and development efforts are ongoing toward products targeted at military and trauma settings.
Industries
N/A
Nr. of Employees
small (1-50)
Amsel Medical
705 Cambridge St, Cambridge, MA 02141
Products
Minimally invasive vascular and ductal occlusion device
Device for secure closure of blood vessels, ducts, arteries, and veins during surgical and interventional procedures, delivered through an 18 G needle with a mechanical anchoring feature. Indicated for use in tubular structures or vessels where metal ligation clips are required, sized 2.0mm to 7.0mm diameter.
Minimally invasive vascular and ductal occlusion device
Device for secure closure of blood vessels, ducts, arteries, and veins during surgical and interventional procedures, delivered through an 18 G needle with a mechanical anchoring feature. Indicated for use in tubular structures or vessels where metal ligation clips are required, sized 2.0mm to 7.0mm diameter.
Expertise Areas
- Vascular surgery devices
- Surgical hemostasis and vessel closure
- Trauma and military medicine solutions
- Preclinical device evaluation
Key Technologies
- Minimally invasive vessel occlusion
- Ultrasound-guided device delivery
- Mechanical vascular clip technology
News & Updates
Received Department of Defense U.S. Air Force AFWERX Phase 2 SBIR grant to develop trauma-oriented temporary clamping device for reducing military front-line deaths due to non-compressible hemorrhage.
Journal of Vascular Surgery article detailing a study confirming effective ultrasound-guided, percutaneous occlusion in the porcine model.
Published in Surgical Endoscopy, this preclinical study compared device performance during laparoscopic surgery with conventional methods.
Journal of Surgical Research article detailing comparative evaluation of the mechanical occlusion device and traditional non-transfixing clips in animal models.
Received Department of Defense U.S. Air Force AFWERX Phase 2 SBIR grant to develop trauma-oriented temporary clamping device for reducing military front-line deaths due to non-compressible hemorrhage.
Journal of Vascular Surgery article detailing a study confirming effective ultrasound-guided, percutaneous occlusion in the porcine model.
Published in Surgical Endoscopy, this preclinical study compared device performance during laparoscopic surgery with conventional methods.
Journal of Surgical Research article detailing comparative evaluation of the mechanical occlusion device and traditional non-transfixing clips in animal models.