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Bodycad helps healthcare professionals and patients achieve their common pursuit of perfection by actualizing personalized orthopedic restorations. Bodycad enables orthopedic surgeons to create a personalized restoration based on the anatomical specifications of their patient using the company`s proprietary Personalized Restoration Software. Surgeons can quickly and efficiently step through the Bodycad PREP (Personalized Restoration Evaluation Process) to scan their patients and create a specific design plan, approve the design, and perform the restoration. The company is committed to providing high-touch education, training and service, including access to Bodycad PREP Techs to help assure surgical success. Bodycad is transforming the current standard of orthopedic implants to help surgeons and patients achieve their mutual goal of a perfect personalized restoration.
Vittamed is an early stage medical technology company developing innovative ultrasound-based non-invasive neuro diagnostic and monitoring technologies including the measurement of absolute value of intracranial pressure, real time cerebral blood flow autoregulation and intracranial volumetric wave monitoring.
Tesseract Health is part of the 4Catalyzer accelerator, with over $700 Million in funding, 300 scientists and engineers. Our offices are in Guilford CT, New York City, and Palo Alto.
Prosurgics Ltd (Formerly Armstrong Healthcare Ltd) is a Acton, MA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Bardy Diagnostics, Inc. (bardydx.com) has created a new, state-of-the-art heart monitor known as Carnation Ambulatory Monitor (CAM™) that can be worn comfortably and discreetly for up to 7 days. Unlike many other heart monitors, CAM™ can be worn during exercise or while showering. Its unique, narrow, hourglass shape makes it especially advantageous for the female anatomy. Developed on the principle that non-invasive cardiac monitoring should provide an excellent quality atrial signal, the CAM is designed to be placed along the sternum—over the heart— to optimize P-wave signal capture. The result is improved ECG resolution, providing more information about the heart rhythm which may lead to more clinically actionable diagnoses.