This Tiny Robot Can Perform Eye Surgery With Greater Precision Than Human Hands And It Could Help Save Vision
Modern medicine is entering an era where surgeries are becoming smaller, more delicate, and more precise than ever before. Procedures that once seemed impossible are now being explored with the help of advanced robotic technology. One of the most challenging examples is microsurgery inside the eye , where doctors must perform extremely careful movements on tiny structures that are far beyond the limits of the human hand. A new development called Origanoid , an origami-inspired robotic manipulator, could change the future of microsurgical procedures by combining tiny size, high precision, and powerful movement. Designed by Suzuki and a research team, this miniature robot aims to solve major problems faced by traditional surgical manipulators and could become an important tool for future treatments such as retinal cell and gene therapies. The Challenge of Microscale Eye Surgery The human hand is remarkably skilled, but even the most experienced surgeons have natural limitations. Small mo...