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With policy support, the market for surgical robots grows


Recently, the Ministry of Industry and Information Technology, the National Health Commission and other 17 departments jointly issued the "robot" application action implementation plan to encourage the development of surgery, auxiliary examination, auxiliary rounds, intensive care, rehabilitation and other medical robot products, "The robot+ " has ushered in a new round of development boost. As an innovative medical device with multidisciplinary integration, the surgical robot is one of the key technologies to achieve surgical intelligence. At present, many surgeries have entered the robot era, and traditional surgery is being changed because of the addition of robots. Surgical robots can help doctors plan surgeries, improve the accuracy of surgical procedures, and transform traditional techniques into digital procedures. Thanks to the development of mechanical control, visual imaging, optoelectronic technology, artificial intelligence and other technologies, the application of surgical robots in the medical field promotes the development of surgery in the direction of intelligence, precision and minimally invasive. While enhancing surgical results and improving the working environment of doctors, surgical robotics can further reduce patient trauma and achieve more safe, reliable and repeatable surgical treatments. Classification of surgical robots The precise positioning and movements of surgical robots enable them to play an important role in surgical scenarios that require delicate operations, and thus have been used in many fields such as general surgery, neurosurgery, urology, orthopedics, and gynecology. According to the type of surgical target organ, surgical robots can be divided into hard-tissue robots and soft-tissue robots. For hard tissues, it mainly includes neurosurgery and orthopedic surgery robots; for soft tissues, it can be divided into lumpectomy surgery robots, transnatural cavity surgery robots, vascular intervention surgery robots and percutaneous puncture surgery robots. Surgical robots have high technical threshold and complex operation, and it is a long-term process from technology to product and then to application, which requires constant verification, iteration and improvement. And Shenzhen Yujiaxin Tech Co., Ltd. cooperates deeply with medical device manufacturers to provide customers with high-quality, high-precision medical device parts, improve the metal stability of products, error control to 0.02 mm, and the road of innovation in precision metal processing never stops. Shenzhen Yujiaxin Tech Co., Ltd. wishes that in the future, more intelligent, efficient and precise surgical robots will greatly reduce patient pain, further improve surgical output, reduce surgical risks, and make greater contributions and provide stronger protection for the better life pursued by the people.