According to Securities Times, Micro Surgical Robotics recently announced that it has successfully completed the world's first "large model autonomous surgery" in vivo animal experiment, relying on its independently developed "Neuron MicroGenius" multimodal autonomous surgical large model. This achievement has no precedent in existing published literature and medical practice, marking the official entry of global surgical robots into a new era of "autonomous driving."
The success of this experiment has completely filled the technical gap in the field of autonomous surgery animal experiments for large models globally. The core power - the MicroGenius large model - achieved autonomous planning and precise execution of the surgical process through multimodal perception and complex logical reasoning. This breakthrough not only verifies the feasibility of the evolution of surgical robots from "doctor assistant tools" to "autonomous intelligent agents," but also greatly promotes the deep upgrading of the global AI industry in high-end medical fields.
Industry experts pointed out that the cross-industry integration of surgical large models will significantly reduce the operational threshold of complex surgeries and improve the level of medical homogenization. This leap by Micro Surgical Robotics not only demonstrates China's leading position in the AI infrastructure algorithms of medical robots, but also outlines a clear evolutionary path for the future of global smart healthcare.
