On January 7, the Securities Times reporter learned from minimally invasive robots that the company successfully completed the world's first “large model autonomous surgery” animal experiment, relying on the Neuronal MicroGenius multi-modal autonomous surgery large model. This breakthrough achievement not only filled the technical gap in animal experiments with large-scale models of autonomous surgery, but also promoted the deep upgrading and cross-border integration of the global AI industry in the medical field. Previously, there were no similar precedents in existing public literature and practice.

On January 7, the Securities Times reporter learned from minimally invasive robots that the company successfully completed the world's first “large model autonomous surgery” animal experiment, relying on the Neuronal MicroGenius multi-modal autonomous surgery large model. This breakthrough achievement not only filled the technical gap in animal experiments with large-scale models of autonomous surgery, but also promoted the deep upgrading and cross-border integration of the global AI industry in the medical field. Previously, there were no similar precedents in existing public literature and practice.