Develops a zero-footprint, table-mounted robotic surgical platform that provides direct-control robotic assistance for minimally invasive soft-tissue procedures
Develops a zero-footprint, table-mounted robotic surgical platform that provides direct-control robotic assistance for minimally invasive soft-tissue procedures. Designed for plug-and-play use in hospitals and ambulatory surgery centers, the platform combines wristed instruments, ergonomic controls, advanced visualization, and AI-enabled data capture and analytics to make surgical robotics more accessible.