Core Viewpoint - The article discusses the advancements and challenges in the field of surgical robots, particularly focusing on the concept of "high-quality surgical robots" and the importance of a seamless interaction between the surgeon and the robot [1][3][17]. Group 1: High-Quality Surgical Robots - The definition of "high-quality surgical robots" revolves around the surgeon's experience, emphasizing characteristics such as clear vision, precise movements, and timely feedback, which create a seamless interaction between the surgeon and the robot [3][4]. - Achieving high-quality standards requires a complex engineering system that meets clinical needs and ensures stable robot performance [4][6]. Group 2: Engineering and System Integration - The engineering system must address both explicit engineering requirements (safety, effectiveness, reliability) and implicit guarantees (software and hardware integration) to ensure optimal performance [6][8]. - 康诺思腾 has developed a complete engineering path that integrates all components from operation to feedback, ensuring a closed-loop system that enhances the robot's performance [8][9]. Group 3: 康诺思腾's Competitive Edge - 康诺思腾's strategy of full-stack self-research and vertical integration allows for a high standard of quality management and system-level collaboration, which is crucial for adapting to clinical needs [8][12]. - The company has invested six years in developing its technology, overcoming supply chain challenges, and ensuring that all components work in harmony, resulting in a robust surgical robot system [11][13]. Group 4: Team and Innovation - 康诺思腾's founding team consists of top experts in surgical robotics, ensuring a blend of academic and engineering expertise that drives innovation [14][16]. - The company employs a "scholarly + engineering" model, allowing for rapid adaptation to clinical feedback and the development of features that enhance the surgical experience [16][18]. Group 5: Future Outlook - The article concludes that the future of high-quality surgical robots will be led by companies like 康诺思腾 that integrate system thinking, possess strong internal capabilities, and can quickly evolve their products to meet clinical demands [18].