Humanoid robots successfully conducted gallbladder removals on live pigs, controlled by human surgeons. This development may facilitate remote surgical procedures in resource-limited settings, using more affordable and compact robots.
In a pioneering experiment, humanoid robots were teleoperated by skilled surgeons to perform gallbladder removals from live pigs. This operation represents a significant advancement in the integration of robotics in surgical practices, demonstrating the potential of human-robot collaboration in the operating room.
The Unitree G1 robots used in the trial are priced starting at approximately $13,500, making them considerably cheaper than specialized systems like the da Vinci Surgical System, which can cost between $500,000 and several million. The lower cost and smaller footprint of the humanoid robots could allow for wider adoption in various medical settings, particularly in those lacking advanced surgical technology.
According to Shanglei Liu from UC San Diego, these humanoid robots can be deployed in diverse environments, including rural clinics, battlefield scenarios, and even space missions. The ability to operate with less equipment and space requirements may enable healthcare access in underserved areas.
If the technology proves effective for human patients in future clinical trials, it could transform surgical practices by providing accessible robotic-assisted surgeries in health facilities where traditional robotic systems are impractical.
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Humanoid robots successfully conducted gallbladder removals on live pigs, controlled by human surgeons. This development may facilitate remote surgical procedures in resource-limited settings, using more affordable and compact robots.