FlexDex

About FlexDex

FlexDex Surgical is a medical device company focused on developing a platform of advanced laparoscopic instruments. Founded in 2010 by University of Michigan Associate Professor Shorya Awtar, pediatric surgeon Dr. James Geiger, and Greg Bowles, the company was spun out of the university to commercialize its technology. The founders' expertise in mechanical engineering and surgery underpins the company's core mission: to provide surgeons with instruments that mimic the dexterity and intuitive control of robotic surgery but in a purely mechanical, more affordable format.

The company operates in the minimally invasive surgery (MIS) market, serving surgeons and hospitals. Its business model centers on selling these specialized surgical devices directly to healthcare institutions. By offering a cost-effective alternative to multi-million dollar robotic systems, FlexDex aims to expand access to the benefits of advanced MIS, such as reduced patient pain and faster recovery times, to a broader range of hospitals and procedures. The company has secured significant funding to support its development and commercialization efforts, raising a total of $45.4 million over 13 rounds, with notable investors including Johnson & Johnson Innovation and Almeda Ventures.

FlexDex's core product is a platform of surgeon-powered, wristed laparoscopic instruments. The flagship device, the AXIUS™ Needle Driver, is designed for complex suturing and knot-tying during MIS procedures. Its patented "Virtual Center" technology translates the surgeon's hand, wrist, and arm movements into corresponding, precise movements of the instrument's tip inside the patient's body. This purely mechanical system provides surgeons with enhanced dexterity, 360-degree rotation, and natural force feedback without the capital expense and complexity of a robotic system. The AXIUS™ Needle Driver, which is FDA registered, has been designed to be reprocessed multiple times, enhancing its cost-efficiency for hospitals. The company is expanding this platform to a full suite of advanced laparoscopic tools.