Different from general service robots, medical robots can perform high-precision, high-intensity, long-term medical services in a small space, with strong clinical adaptability, which can effectively reduce the difficulty of surgery and postoperative loss, and is highly competitive in the market. CIC consultants released a report that in April 2016, the Ministry of Industry and Information Technology, the National Development and Reform Commission, the Ministry of Finance and other three ministries jointly issued the "Robot Industry Development Plan (2016-2020)", which will guide the rapid and healthy development of the Chinese robot industry, medical robots. The policy is long-term positive. At the same time, due to increased government medical investment, medical system restructuring and people's awareness of minimally invasive surgery, the future focus of the medical robot market will gradually shift to the Asian market, and the development prospects of Chinese medical robots are considerable. Surgical robots take the lead According to data provided by a third-party consulting agency, China Investment Advisor. In 2014, the global sales of medical robots was 1,224 units. Compared with 386 units of global medical robots sold in 2004, the annual compound growth rate was 12.2%. As of January 2016, the global medical robot industry's annual revenue reached 7.47 billion US dollars. By 2020, the scale of medical robots is expected to reach 11.4 billion US dollars. Among them, surgical robots account for about 60% of the market share. As early as 1985, doctors at the Los Angeles Hospital completed a neurosurgical brain biopsy with the assistance of the Puma560 industrial robot. This is the first time that robotics has been used in surgery. Since then, medical robots have developed many types. Academician Wang Tianmiao from the Institute of Robotics, Beijing University of Aeronautics and Astronautics has written an article describing the medical robots that have been marketed into several categories according to their functions and uses, including neurosurgical robots, orthopedic robots, laparoscopic robots, vascular interventional robots, prosthetic and exoskeleton robots. , assisted rehabilitation robots, hospital service robots and capsule robots. Da Vinci is one of the most successful medical robots in commercialization. Up to now, China has deployed about 60 Da Vinci robots, mainly in first-tier cities and large hospitals. Due to the liberalization of procurement of large-scale equipment, some provincial-level and provincial-level top three hospitals in coastal developed areas are also planning to purchase surgical robots. Rehabilitation robot accelerates to catch up In recent years, the incidence of residents in China has continued to rise, and this factor will continue to expand the demand for the rehabilitation medical industry . The traditional rehabilitation therapy is performed by a rehabilitation therapist on the patient's condition, such as acupuncture and other rehabilitation treatments, the cure rate is low, and the effect is difficult to control. At the same time, the growth of national income and the increase in residents' awareness of health care, the current level of rehabilitation treatment can no longer meet the needs of the people. Therefore, the development of the rehabilitation robot industry has a very large space. At present, foreign rehabilitation institutions are mainly equipped with multi-degree-of-freedom traction/suspension rehabilitation robots with more functions and higher automation. According to the different parts of the body, it can be divided into traction upper limb rehabilitation robot, traction lower limb rehabilitation robot and hanging lower limb rehabilitation robot, while the most advanced rehabilitation robot is wearable exoskeleton robot. According to the prediction of GrandViewResearch, the market share of exoskeleton robots and auxiliary rehabilitation robots increased significantly from 2012 to 2022. It is estimated that the compound annual growth rate of generalized rehabilitation robots in the next five years is about 37%, of which the compound annual growth rate of rehabilitation robots is 21%, and the compound growth rate of exoskeleton robots is 47%, which is much higher than that of other types of medical robots. The average growth rate, the growth rate of rehabilitation robots is undoubtedly the fastest in medical robots. Wiggle wire lock is designed to be used with poly lock base cap- sold separately. 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China's medical robot market prospects are two major "leaders" to seize the commanding heights