Specialized Surgical Robotics Applications​

• Intelligent Surgery: The Future Is Now

• Co-creating a Minimally Invasive Ecosystem: The Evolution of da Vinci and ion

• Medical-Engineering Collaboration Driving Surgical Robotic Innovation

• From Innovation to Practice: The KUNWU® Orthopedic Surgical Robot

• Exploring Autonomous Execution in Orthopedic Surgical Robotics

• From Precision Implantation to Functional Renewal: A New Chapter in Robotic Joint Replacement

• Experience in Pediatric Thoracic Surgery with Robotics (TBD)

• Past, Present, and Future of Autonomous Joint Surgical Robots

• Optimizing Robot-Assisted Spinal Procedures

• Multi-Channel Intraoperative Collaboration and Quality Control Robotic System Empowering Clinical Discipline Development

 

Medical-Engineering Integration and R&D Innovation

The growth of the surgical robotics industry relies not only on clinical practice but also on experimental research and interdisciplinary collaboration. This module offers advisory-level insights into the industrial application of medical-engineering integration—from animal studies to R&D.

• The Role of Medical Animal Testing in Surgical Robot Industrialization

• Clinical Exploration of Minimally Invasive Interventional Robotics in Oncology

• More topics TBD

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Cutting-Edge Technologies and Innovations

AI, flexible robotics, and panoramic sensing are reshaping the operating room. This module highlights future trends and practical applications, offering in-depth analysis geared toward industrial implementation.

• Innovation and Application of Intelligent Medical Robotic Technology

• AI Innovation in the Operating Room and Human-Machine-Theater Integration

• Key Technologies in Flexible Surgical Robotics for Early GI Cancer Diagnosis and Treatment

 

Supply Chain Innovation

The supply chain forms the foundation of surgical robot industrialization. This section presents system-level innovation cases that extend beyond components to showcase platform-based strategies from “precision positioning” to “intelligent panoramic perception.”

• Airmed’s Smart Surgical Navigation Platform: From Precision Positioning to Intelligent Panoramic Perception

• More topics TBD

 

Market and Business Models

How can surgical robots transition from the lab to the hospital? This module presents the latest business models—including leasing and Robotics-as-a-Service—that are critical to expanding clinical adoption.

• Case Study: Leasing Models for Surgical Robots

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In-Depth Global Expansion Seminar

Chinese surgical robotics companies are now looking overseas. This session brings together international executives to offer macro-strategic and frontline perspectives on taking Chinese medical robotics global.

• The Next Stop for Chinese Healthcare: Beyond Going Global

  • Opportunities and challenges in the global expansion of Chinese surgical robots

  • International reception and evaluation of Chinese high-end technology

  • Overcoming R&D, regulatory, clinical, and market education barriers

  • Embedding capabilities, models, and ecosystems into the global landscape

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Intelligent Surgery Symposium

This segment offers a deep academic and industrial dive—featuring the conference’s first advisory-level workshop. A 90-minute session will unpack the status and trends of AI in minimally invasive surgery, both in China and globally.

• AI in Minimally Invasive Surgery: Analysis and Reflections

  • The digital transformation of surgery: technologies bridging the physical and digital worlds

  • Current AI research in minimally invasive surgery in China

  • International developments, including research from USC’s Center for Urological Robotic Intelligence

  • AI trends from the 2024–2025 SRS Robotic Surgery Conference

  • Challenges and opportunities in surgical data science and medical-engineering collaboration

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Roundtable Forum

This session brings together clinicians, investors, and industry leaders for a cross-disciplinary dialogue on technology and business, encouraging in-depth discussion on the future of surgical robotics.