Robot Performs Microsurgery On A Corn Kernel. Sony’s prototype microsurgery assistance robot demonstrates extreme precision by stitching a single corn kernel using a 12-0 needle. �This experiment showcases how advanced robotics could make delicate surgical procedures more accessible and safer for both doctors and patients. �The technology highlights the potential of combining robotics and precision engineering in medical applications. Follow for daily breakthroughs at the intersection of AI and

Sony Demonstrates Precision Surgical Robot for Microsurgery Applications Sony has introduced a surgical robot capable of performing highly precise tasks, such as suturing a small incision in a corn kernel. Notably, it is the first system of its kind to automatically switch between surgical tools. The robot has already undergone successful testing in animal procedures. This technology is aimed at supporting microsurgery—a field focused on operating on extremely small structures like blood vessels

Sony's Microsurgery Assistance Robot is a prototype designed to aid surgeons in delicate procedures by providing high-precision control and automatic instrument exchange. The system's compact, versatile design makes it suitable for a range of surgical scenarios. Its adoption may expand the availability of microsurgery, allowing surgeons in more locations to perform delicate procedures. | GIGadgets