Minimally Invasive Robot Achieves the World's First Large Model Autonomous Surgery, Marking a New Era in Intelligent Healthcare!

Microsurgery Robotics has taken a historic step in the field of surgical technology, successfully completing the world's first autonomous surgery animal experiment driven by a large model. This innovative experiment was conducted on the TuoMai Surgical Robot platform, marking a significant leap in surgical autonomy technology.

In this experiment, the research team performed surgery on a 30-kilogram experimental pig, with all key steps completed using AI technology, including bile duct clamping and cutting. Notably, the experiment used a dual-layer intelligent architecture consisting of high-level decision-making (HL) and low-level execution (LL), ensuring high precision and efficiency. According to the experimental data, the success rate of local operations reached 88%, and the entire surgery was successful in one attempt, an impressive achievement.

This achievement not only demonstrates the huge potential of AI technology in the medical field but also marks a shift from traditional surgical control based on machine vision and preset rules to a new autonomous control model centered around large models. This new operational paradigm lays a solid foundation for future clinical and commercial applications, opening a new chapter in intelligent healthcare.

Previously, Microsurgery Robotics had successfully promoted the industrialization of domestically produced surgical robots and achieved the commercialization of the world's first remote surgical robot. This breakthrough in the "surgical autonomy" field further verifies the company's technological strength and innovation capability. Currently, Microsurgery Robotics has secured over 160 commercial orders globally, covering more than 40 countries, forming a clear innovation path from "industrialization" to "remote operation" and then to "autonomy."

With continuous technological advancement, Microsurgery Robotics is driving the accelerated development of the surgical robot industry with its leading technology and global layout, making the future of medicine more intelligent and efficient.