Summary of the Medical Robotics Industry Conference Call Industry Overview - The conference focused on the **medical robotics industry**, specifically discussing advancements in orthopedic surgical robots and related technologies. Key Points and Arguments Product Launch and Innovations - **Tianji 3.0** is set to launch in **June 2025**, featuring a self-developed seven-axis force feedback robotic arm, enabling AI-assisted automatic registration and intelligent surgical planning. It is expected to receive certification for unicondylar knee replacement by **2026** [2][4]. - The company has developed a **mobile CT** that reduces the terminal price from **4-6 million** to under **2 million**, enhancing surgical efficiency through deep integration with robotic systems [2][4]. - Revenue for **2025** is projected at **280 million** (up **60%** year-on-year), with a surgical volume of **49,000** cases. The guidance for **2026** is revenue of at least **350 million** and surgical volume of at least **60,000** cases [2][10]. Regulatory Changes and Market Impact - A new healthcare policy introduced in **January 2026** proposes a "price floor" and categorizes fees, expected to align nationwide by the end of **2026**, potentially leading to explosive growth in the industry by **2027** [2][8]. - The surgical volume is identified as a core metric for evaluating the company, serving as a basis for AI algorithm iteration and clinical acceptance [2][6]. AI Integration and Future Directions - The AI module in Tianji 3.0 is developed using external open-source models, focusing on proprietary data collection through clinical applications to enhance AI capabilities [5][12]. - Future plans include expanding AI functionalities to cover full-process support from diagnosis to post-operative care, with the potential for commercializing intelligent surgical planning [12][13]. Market Dynamics and Competitive Landscape - Traditional consumable companies are at a disadvantage in robotic development due to genetic mismatches and reliance on closed systems. Domestic robots are expected to accelerate the replacement of foreign brands due to cost-effectiveness and open systems [2][21]. - The integration of AI and robotics is anticipated to create new business models, particularly in remote surgery, which could significantly enhance market penetration in grassroots hospitals [14][15]. Financial Performance and Projections - The company achieved **280 million** in revenue in **2025**, a **60%** increase from **170 million** in **2024**, with **49,000** surgeries performed [10]. - For **2026**, the company aims for a minimum of **350 million** in revenue and **60,000** surgeries [10]. Challenges and Limitations - The adoption of surgical robots is hindered by inconsistent charging policies across provinces, with only **26** provinces allowing operating fees and **16** allowing consumable fees as of the end of **2025** [17]. - The psychological pressure on doctors to recommend robotic surgeries before clear guidelines are established may also limit usage [18]. Training and Collaboration - The company has established training centers in over **20** hospitals for in-service doctors and is exploring partnerships with universities to integrate robotic training into medical curricula [20]. Future Trends and Policy Implications - The introduction of unified pricing standards by the National Healthcare Security Administration is expected to enhance compliance and accelerate the adoption of surgical robots in hospitals [30]. - The focus on value-based pricing and the integration of AI in surgical procedures will likely drive innovation and improve patient outcomes [31][36]. Conclusion - The medical robotics industry is poised for significant growth driven by technological advancements, regulatory support, and evolving market dynamics. The integration of AI and the establishment of clear pricing and reimbursement policies will be crucial for the industry's future success.