Core Insights - The article highlights the significant advancements in the field of digital orthopedic surgery showcased by Stryker during the COA, including the milestone of over 30,000 surgeries performed with the Mako robot in China and the introduction of new hip joint products [2][10]. Group 1: Mako Robot and Surgical Milestones - The Mako robot has successfully completed over 30,000 surgeries in China, marking a significant milestone since its clinical trials began in 2016 [4][10]. - The focus has shifted to understanding how Mako has changed surgical procedures, with discussions emphasizing its impact on planning and execution [4][6]. Group 2: Planning and Execution Improvements - Planning has evolved from static three-dimensional models to dynamic understanding, allowing for better identification of individual patient differences [7]. - Execution benefits from sub-millimeter precision, enhancing consistency in surgical outcomes through integrated tools and real-time adjustments [8][11]. Group 3: New Product Launches - Stryker introduced two new hip replacement products aimed at addressing critical aspects of surgery, including fixation methods and stability in complex cases [14][21]. - The Trident II Tritanium cup offers flexible fixation options for complex anatomical conditions, while the MDM dual-mobility system focuses on post-operative stability and adaptability [15][17]. Group 4: Knowledge Dissemination - The launch of the book "Digital Orthopedics: Joint Surgery" fills a crucial gap in clinical education, providing a comprehensive resource for surgeons [22][24]. - The book is a collaborative effort from experts in robotic-assisted surgery, emphasizing practical applications and decision-making processes [24]. Group 5: Expert Discussions and Clinical Needs - International experts shared insights on robotic-assisted knee replacements and complex hip cases, indicating a shift towards more granular discussions on surgical decision-making [25][29]. - The high attendance at Stryker's demonstration courses reflects an increasing clinical demand for knowledge and training in robotic surgery [30][35]. Group 6: Conclusion - The article concludes that the advancements in robotic surgery, new product launches, expert discussions, and educational initiatives collectively demonstrate Stryker's progress in digital orthopedics, emphasizing practical applications in real surgical settings [36].