Group 1 - The event showcased cutting-edge medical-engineering crossover technologies, including a real-time visualized minimally invasive robotic system for CT/MRI, a non-invasive multi-channel brain oxygen monitoring device, and an ultra-fine magnetic-controlled endoscope system [1] - The ultra-fine magnetic-controlled endoscope system developed by Peking University First Hospital utilizes a unique "wired transmission + magnetic control" dual-mode drive technology, enabling painless, high-definition, real-time, and controllable screening for upper gastrointestinal diseases [1] - Innovations presented at the event address clinical needs and industry bottlenecks, demonstrating significant potential for results transformation in the medical-engineering crossover field [1] Group 2 - The event focused on the transformation of technological achievements in the medical-engineering crossover field, aiming to accelerate the transition of hard technology from laboratories to the market [2] - The Beijing Municipal Science and Technology Commission highlighted the importance of the medical-engineering crossover field in connecting cutting-edge technological breakthroughs with public health needs, emphasizing its role in cultivating new productive forces [2] - The initiative aims to promote interaction among scientific and technological talents and facilitate the landing of high-quality, high-potential technology transformation projects in Beijing [2]

Core Insights - The event showcased innovative medical-engineering crossover technologies, including a real-time visualized minimally invasive robotic system for CT/MRI, a non-invasive multi-channel brain oxygen monitor, and a micro-magnetic endoscope system, highlighting advancements in medical diagnostics and treatment [1][2] Group 1: Event Overview - The event was held on February 7 at the Intelligent Future AI Industry Innovation Base, focusing on the intersection of medical and engineering fields [1] - It featured presentations from leading universities, hospitals, and tech companies in Beijing, emphasizing the importance of collaboration in advancing healthcare technology [2] Group 2: Innovative Technologies - The ultra-micro magnetic endoscope system introduced by Peking University First Hospital utilizes a unique "wired transmission + magnetic control" dual-mode technology for painless and high-definition upper digestive tract screening [1] - Other notable innovations included a minimally invasive robotic system for CT/MRI and a personalized prosthetic design for knee reconstruction, all addressing critical clinical needs and showcasing significant potential for commercialization [2] Group 3: Talent and Collaboration - The event aimed to bridge technology talent and facilitate the transformation of high-quality, high-potential scientific achievements into market-ready solutions, aligning with the Capital High-end Talent Gathering and Cultivation Project [2][3] - An interactive segment called "Creative Open Mic" allowed attendees to share their research projects and insights in the medical-engineering crossover field, fostering a collaborative environment [2]