| Name | Title | Contact Details |
|---|---|---|
Mike Tarpley |
Vice President and Chief Technology Officer | Profile |
AOSS Medical Supply is a Monroe, LA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Xenter, Inc. is a privately held company headquartered in Salt Lake City, Utah, that is focused on developing new wireless medical device technologies, innovative digital health tools that will enable individual patients to own and manage their health information, and novel therapeutic drugs utilizing Physical Intelligence™ and patient-supplied data. Xenter has assembled a team of medical scientists, chemical engineers, medical device engineers, researchers, data scientists, and some of the world`s most accomplished entrepreneurs and industry veterans to solve some of the largest challenges in healthcare, medicine and engineering.
INTEGRATED MEDICAL TECHNOLOGIES USA is a Circle Pines, MN-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Recovery Force is an innovative medical device company providing healthcare professionals, patients, and athletes with a next-generation mobile compression solution for enhancing circulation. The company has developed a platform technology with the ability to embed shape-changing memory fibers into various types of garments and footwear to produce therapeutic compressions. Recovery Force`s portfolio includes medical devices that will reduce post-operative pain, swelling and wound healing time; treat chronic lymphedema; prevent blood clots (DVT); and alleviate joint pain and sore muscles. The same technology used in healthcare is also available to sports enthusiasts and athletes, providing enhanced circulation during warm-up and recovery to achieve optimal performance.
At Spineology, we are dedicated to transforming spine surgery by providing innovative, anatomy-conserving technologies for surgeons and their patients. Our proprietary mesh technology is used in the OptiMesh and Duo implants, which expand in three dimensions to create large footprints and allow placement of anatomy-conforming interbody fusion devices through very small incisions. This technology preserves spinal anatomy, increases procedural efficiency, and accelerates patient recovery.