Core Viewpoint - The third Global Medical Robotics Conference 2025 highlighted the evolution of surgical robots, focusing on technological advancements, clinical applications, and globalization pathways in the industry [2][49]. Group 1: Conference Overview - The conference attracted over 700 professionals from hospitals, enterprises, research institutions, and investment agencies to discuss the future of the surgical robotics industry [2]. - The event featured discussions on various topics, including minimally invasive surgery, orthopedic applications, AI integration, and market access strategies [2]. - Key activities included the release of white papers, award presentations, and multiple keynote speeches and roundtable forums, showcasing the industry's progress and consensus [2][8]. Group 2: Policy and Clinical Collaboration - Beijing is positioning itself as a strong supporter of the surgical robotics industry, emphasizing the importance of policy guidance and clinical collaboration to drive innovation [3][6]. - The Beijing Medical Health Technology Development Center highlighted the city's commitment to building a high-end medical technology cluster, with surgical robots entering a new phase of policy, technology, and application synergy [3][6]. Group 3: Awards and Recognition - The conference awarded the "Global Medical Robotics Series Awards," recognizing significant achievements in technology breakthroughs, clinical implementation, market performance, and international expansion for the years 2024-2025 [8][10]. Group 4: Industry Insights and Innovations - Shanghai MicroPort Medical Robotics introduced remote surgery as a solution to address healthcare resource imbalances, having completed nearly 500 human surgeries across multiple continents [12]. - Beijing Rosenbot Technology emphasized the need for clinical-driven robot development, showcasing innovations in pelvic fracture repositioning robots [14]. - The evolution of orthopedic surgical robots is moving towards autonomous execution under physician supervision, focusing on system-level capabilities rather than just hardware performance [16]. Group 5: Training and Economic Considerations - The importance of replicable low-cost training models for technology dissemination was emphasized, with 3D printing being a key tool for creating high-fidelity training systems [22]. - The need for robotic services to demonstrate clinical value, usage frequency, and economic viability was highlighted to gain acceptance from payers [24]. Group 6: Internationalization and Market Strategies - The conference discussed the necessity for Chinese surgical robotics companies to focus on international expansion and differentiation strategies [29]. - The importance of building trust through multi-center collaborations and expert endorsements was emphasized as a critical factor for success in international markets [43]. Group 7: Future Directions and System Integration - The future of surgical robotics is seen as a transition from technical breakthroughs to system capabilities, with a focus on ecological collaboration and international dialogue [76]. - The integration of AI and collaborative systems in surgical environments is expected to enhance decision-making efficiency and safety [71].