Humanoid robots perform live surgery for the first time in world-first medical breakthrough
Researchers at the University of California San Diego have achieved a world-first by demonstrating teleoperated humanoid robots successfully performing live minimally invasive surgery during preclinical trials. Published in Nature, this breakthrough marks the first time such robots have operated on living subjects, offering a glimpse into future operating rooms. The robot, nicknamed "Surgie," is a general-purpose system designed to work with standard surgical instruments, differing from current specialized robotic platforms.
Why it matters
This development could revolutionize surgical procedures by making advanced robotic surgery more accessible, flexible, and potentially less expensive, expanding its reach beyond highly specialized hospitals. It represents a significant step forward in the practical application of humanoid robotics in healthcare.
Robotic surgery has become a familiar part of modern healthcare, but the machines used in operating theatres are usually purpose-built systems designed for a narrow set of tasks. humanoid robots, despite rapid advances in recent years, have largely remained outside the surgical environment. That has now begun to change. A team of engineers and surgeons at the University of California San Diego has demonstrated that teleoperated humanoid robots can successfully perform live minimally invasive surgery during preclinical trials.
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