In a groundbreaking advancement in surgical technology, a humanoid robot known as Unitree G1 successfully performed two live gallbladder removals on pigs via teleoperation, with a surgeon guiding it from a console. This marked the first successful surgery conducted by a humanoid, utilizing real surgical tools rather than custom robotic equipment. Such remote guidance techniques highlight the evolving role of robotic systems in medicine, facilitating complex procedures without the surgeon’s physical presence in the operating room. The results of this innovative surgery were recently published in the journal Nature.

Nature: Nature is a premier international journal that publishes high-impact, peer-reviewed scientific research spanning multiple fields. It recently featured the study demonstrating the Unitree G1 humanoid robot’s successful teleoperated surgical procedures on pigs. This placement underscores the work’s significance in advancing robotic applications in medicine.
Unitree G1: The Unitree G1 is a humanoid robot platform designed for research and teleoperated tasks across dynamic environments. In the reported development, it was controlled remotely from a surgeon’s console to execute procedures using standard surgical instruments. The achievement marks its application in live animal surgeries, with results appearing in a recent peer-reviewed publication.

Surgical Technique: Remote guidance of robotic systems allows surgeons to conduct procedures without direct physical presence in the operating environment.
Robotics Application: Humanoid robots controlled via teleoperation are being tested for performing complex tasks in medical settings using conventional tools.