Nucleic acid sampling robot to realize the national popularity is likely to be good need two or three years later. The advantage of nucleic acid sampling robots is that they can replace manual labor to complete the corresponding work and improve sampling efficiency. To promote the first need to solve the relevant departments of the procurement costs, the second need to solve the problem of technician training, the third need to solve the robot how to adapt to different age groups; the fourth need to solve the problem of nucleic acid using the standard robot.
Benefits of robotics. A fully automated oropharyngeal swab-collecting robot replaces medical staff, significantly improving their risk of infection and freeing up significant healthcare resources, while the robot's testing accuracy is much higher than human judgment, and most critically, the testing is efficient. In addition advanced technology can promote the sustainable development of the medical robotics industry, and more robots will be put into the medical industry in the future. Contribute to the sustainable development of the two industries. Although the benefits are many, but the popularization of the use of the problem is also difficult.
Procurement costs. Deployment of robots is not a simple installation of equipment can be completed, but also need to install a variety of power lines and other auxiliary equipment, but also the need for late maintenance and service, etc.. So let the sampling robot smooth non-intermittent work, need to invest a lot of money at once, this part of the funds from the hospital to come out, or there are other departments to come out, here is the need to divide their responsibilities.
Personnel training. The robot is automated, but the program, the collection of results and the setting of medical parameters still need to be done manually. A company that develops robots cannot keep track of technicians for every machine. So as many robots are installed, the corresponding medical staff will need to be trained, invariably increasing operating costs.
Adaptability. Robots can be automated to complete the detection work, but after all, there is no sense of service, encountered the elderly, children or patients with diseases, can not be judged and analyzed, if a problem occurs, what is the meaning of robotic sampling.
Industry standards. Once the robot is popularized, a lot of manufacturers will be staring at this piece of cake, if there is no development of a good standard, it will lead to nucleic acid testing confusion.