The intelligent Woodpecker miniaturized spinal surgery robot, developed by Sino-Europe Zhiwei, has successfully passed the Special Review Application for Innovative Medical Devices submitted to the Medical Device Technical Review Center of the National Medical Products Administration.

Recently, The spinal surgery navigation and positioning system developed by Sino-European Zhiwei (Shanghai) Robotics Co., Ltd. (trade name: Intelligent Woodpecker Miniature Spinal Surgery Robot) has successfully passed the special review application for innovative medical devices submitted to the Medical Device Technical Review Center of the National Medical Products Administration. This entry into the “green channel” will vigorously accelerate the market launch of the Intelligent Woodpecker robot and significantly expedite the product roadmap of Zhongou Zhiwei and Huake Run in the field of minimally invasive digital intelligent orthopedics.

The “Special Review Procedure for Innovative Medical Devices” has been revised by the National Medical Products Administration and is subject to review and approval by the Center for Medical Device Evaluation (CMDE) of the NMPA. Its purpose is to encourage innovation in medical device research and development, promote the dissemination and application of new medical device technologies, and drive high-quality development of the medical device industry. From the date a product is approved to enter the “green channel” of the Special Review Procedure for Innovative Medical Devices, the drug regulatory authorities and relevant technical institutions, in accordance with the principles of early engagement, dedicated case management, and scientific review, shall give priority processing to such innovative devices—while ensuring that standards are not lowered and procedures are not shortened—thereby accelerating the market launch of innovative medical devices in China.

The intelligent Woodpecker robot that has now been granted access to the “green channel” is a next-generation miniaturized intelligent surgical assistance system, boasting innovative features such as compact size, high precision, and exceptional efficiency. ， Equipped with a highly targeted surgical planning and navigation system, the platform enables full-process visualization and controllability of procedures. The system offers a comprehensive suite of surgical accessories, featuring differentiated technological capabilities and user-centric design to meet the practical needs of clinical users. The Intelligent Woodpecker System is fully compatible with all types of consumable products from Huake Run, supporting a wide range of applications including spinal internal fixation surgery, spinal interventional procedures, and percutaneous endoscopic spine surgery, thereby providing clinicians with a comprehensive, miniaturized, precision robotic-assisted surgical solution.

A compact orthopedic surgical robot, Palm-sized The robotic arm weighs only 1.63kg , a cart-based all-robotic storage system that occupies only 0.32 square meters , eliminating concerns about overcrowding in the operating room and putting everything firmly under control.

► Strive for excellence

Reach 0.2mm Ultra-high-precision system positioning and intelligent algorithms further enhance the surgery. Minimally invasive, accuracy, and success rate ， State-of-the-art craftsmanship and high-speed computing work in perfect harmony to provide comprehensive support for the procedure, ensuring that every screw is placed with pinpoint accuracy.

► Achieve twice the result with half the effort

Surgical time compared with traditional orthopedic robots Reduced by nearly 50% ; Pedicle Screw Placement Planning and Robotic Arm Localization for a Single Vertebra Only 1 minute is needed. ， More than 10 minutes This allows for the complete assembly and disassembly of the entire system; the streamlined and intuitive operating procedure can be easily managed by a single operator.

With the advancement of digital technologies, orthopedic surgery is increasingly evolving toward minimally invasive, precision-driven, and intelligent approaches—and the development of the Intelligent Woodpecker Robot stems directly from a deep understanding of these needs and their translation into practical solutions. By fostering the integration of medicine and engineering and championing indigenous innovation, Zhongou Zhiwei and Huake Run remain committed to grounding their work in clinical research and translating it into clinical applications, thereby delivering more advanced surgical solutions that elevate the standard of care, promote the equitable distribution of high-quality medical resources, and ultimately benefit patients at large.