As the application of robots has gradually spread in various fields, the medical field is also involved in technology. Medical robots are different from general service robots. They are highly technology-intensive robot systems, so its technical requirements are quite strict. The most typical one is the Da Vinci robot. Up to now, 300 hospitals around the world have started using the Da Vinci robot mentioned above. As you can see, they have actually entered the medical front.

Nowadays, robots have been deeply applied in people's lives, the robots that the banks guide you to do, the robot guides when shopping in the mall, and even the restaurant to eat may be the robot to serve you.

Similarly, “smart medical care” is entering the lives of ordinary people. With the acceleration of the integration of cutting-edge technology and medical fields such as robots, coupled with the disappearance of demographic dividends and the aging of the population, the application of robots in the medical industry is also quite extensive. The scale of robots has ushered in a leap-forward growth.

There are many types of medical robots, and there are clinical medical robots, nursing robots, medical teaching robots, and handling robots depending on their uses.

Clinical medical robots include diagnostic robots and surgical robots, which can perform accurate diagnosis or surgery. The nursing robot is not like the human care workers who usually say that it can take care of all the food and drink of the person being treated, but can be used to share The caregiver's heavy and trivial care work robot is more responsible for checking the patient's physical condition, helping the patient to distribute the drug, and even contacting the medical staff in case of emergency. The medical teaching robot is the most in the medical guidance process. The ideal teaching aids can help improve the surgical coordination and on-the-spot response of medical staff by simulating the real healing process; the handling robots are often used to replace the nurses to deliver medicines, send cases and test sheets, move or transport sputum, and patients with limited mobility.

There are many reasons why medical robots are welcomed by the medical community. Let's take the example of the most famous surgical robot in the medical robot family. Surgical robots have several advantages. One is the high degree of freedom, which makes the operation more dexterous. The other is to provide doctors with magnified three-dimensional images to make the surgery more precise. The third is to change the mode of traditional surgery. Surgery next to the patient, now sitting in front of the console surgery, alleviating the fatigue caused by long-term surgery; Fourth, remote surgery can be achieved, the robot can be placed in remote areas, remotely controlled by doctors, so that more patients enjoy high The welfare of science and technology.

At present, the most representative surgical robot at home and abroad is the well-known Da Vinci surgical robot system. The Da Vinci Surgical System is an advanced robotic platform that helps surgeons complete the abdominal cavity more accurately and efficiently through a wide HD 3D field of view, stable operation to remove physiological tremors from the human hand, and a highly flexible 7-degree-of-freedom wrist. Complex surgery such as pelvic cavity.

In addition to the surgical robots to solve the medical technical problems, it also relieved a lot of pressure for the hospital. For example, when there are too many patients and insufficient staff, the robot can take charge of the registration and delivery of drugs. When some patients need to move and the manpower is inconvenient, it is more efficient and safe to carry out by the robot.

Up to now, 300 hospitals around the world have started using the Da Vinci robot mentioned above, and 2,000 are applying for it. Among them, there are 65 Da Vinci surgical robot systems in China. It can be seen that they have actually entered the medical front.

In addition, the aging of the world has also increased the market demand for medical robots. According to statistics, the aging challenge in the West is the most severe. The population aged 65 and over in developed countries is growing at a rate of 2% per year. In the next decade, the number of people over the age of 65 will surge by 38%. This type of population has huge demand for rehabilitation robots and medical robots.

According to relevant agencies, as of 2016, the global medical robot industry's annual revenue reached 7.47 billion US dollars. It is expected that the compound growth rate will stabilize at 15.4% in the next 5 years. By 2020, the global medical robot scale is expected to reach 114. Billion dollars. Among them, surgical robots account for about 60% of the market.

Medical robots face challenges

Medical robots are different from general service robots. They are highly technology-intensive robot systems with higher technical thresholds and require technical integration of robots, medical devices, and medicine. At this stage, the robots used in various hospitals are mostly service-oriented. The robots that can actually go to the operating table are still a small part, so the breakthrough of technology is the biggest challenge for medical robots.

Medical robots do not operate independently. They also need access to the network to obtain large amounts of data resources. This may involve the risk of information leakage such as patient data, clinical data, and medical records, as well as unexpected situations such as hacking and device failure. . Therefore, it is necessary to continuously improve relevant protection measures and emergency measures to ensure the safety and privacy of medical robots.

Although the medical robot market has huge profit margins, its capital investment is not as simple as it is supposed to be. Medical robots, especially those on surgical robots, require “high-precision”, so the cost of research and development is very high, and its development cycle is very long, usually as long as 6 to 10 years, and it is necessary to continuously invest capital in the early stage to maintain R&D process. Therefore, high investment and high risk are also a major challenge for medical robots.

In addition, talent, market and policy will have an impact on the development of the medical robot industry.

With the development of science and technology, the medical robot industry is bound to usher in a major outbreak, and surgical robots, nursing robots and medical service robots will all develop rapidly. Medical robots will be a billion-level segment and valued by countries.

In the future, our life will embark on an intelligent path. The birth of medical robots simplifies the cumbersome and complicated medical procedures, and also brings many guarantees to people's health. However, we need to have a clear understanding that the road to fully realize medical intelligence is still very long. This requires not only technological progress, but also policy support and rational treatment. Now that the trend is over, the prospect of industrialization of medical robots will be very broad.

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