World's First Remote Non-invasive Glottic Tumor Removal Achieved in China

Chinese Doctors Perform World's First Non-invasive Glottic Tumor Removal

A team of surgeons from the EYE & ENT Hospital of Fudan University (FDEENT) in Shanghai has achieved a groundbreaking feat by successfully performing the world's first remote non-invasive surgery on a patient with a glottic tumor in Kashgar, Xinjiang Uygur Autonomous Region. This remarkable achievement marks a significant milestone in the field of telemedicine and highlights China's growing leadership in cutting-edge healthcare solutions.

The surgery was made possible by China's advanced AI-driven trans oral surgical robot system, developed by the Chinese medical company Borns. This innovative robot leverages advanced AI technology to achieve submillimeter-level instrument control, enabling surgeons to operate remotely with unparalleled precision.

"The entire surgical process went smoothly," said Dr. Tao Lei, director of the Department of Head and Neck Surgery at FDEENT. "Through seamless human-machine collaboration with the robotic system, it felt like I was performing the surgery locally, with no sense of distance or delay."

This successful remote surgery follows the robot's initial success in October 2024, when the team completed the world's first glottic tumor resection. The expansion of the robot's capabilities to perform remote surgeries opens up new possibilities for patients in remote areas to access top-tier medical expertise.

The embodied intelligence algorithm of the robot ensures real-time 3D reconstruction and force feedback with hair-thin precision, while the domestic supply chain reduces equipment costs, making this technology more accessible.

"This specialized surgical robot for otolaryngology was jointly developed by a renowned medical institution and a leading medical robotics company," said Dr. Wu Chunping, a member of the FDEENT team. "No similar products are available worldwide."

The success of this remote surgery demonstrates China's commitment to pushing the boundaries of medical technology and its growing role as a leader in innovative healthcare solutions. This groundbreaking achievement has the potential to revolutionize the way medical care is delivered, particularly in remote and underserved areas.