Position detection sensor helps nanobots to complete high-precision operations
2021-02-19 14:23:08
[Chinese instrument network instrument research and development] ultra-high positioning accuracy, in the range of more than centimeters of motion can still ensure the positioning accuracy below nanometer. At the 2016 World Robot Conference, the nano-manipulator with a displacement feedback sensor developed by the HIT Group has caused people's attention.
Picture from network Nano-operated robots have position detection sensors that allow for automatic programmable movements and a variety of powerful additional modules. Compared with traditional robots, nano-manipulators are super-sensitive, ultra-high-precision, and so on. They can perform various observations, characterizations, and manipulations that cannot be achieved by traditional robots at extremely small scales. This can be described as “meticulousâ€.
Nanotechnology has been one of the commanding heights of the development of science and technology in recent years. Academician of the Canadian Academy of Engineering and Professor Sun Yu of the University of Toronto stated that micro-nano robots have made great progress in the past decade, and there are many fields in automation, biomedicine, and nano-manufacturing. Important research and breakthroughs.
Through nanotechnology, atomic-level drugs can be introduced into cells to observe the effects of these drugs on cells. Ten cells were tested in the past day and one thousand cells can be tested in one hour. The robot tests the drug through this micro-manipulation, which greatly improves the efficiency of the test and allows the old drug to have some new uses.
In recent years, the HIT Group has developed in four directions: smart factories, industrial robots, service robots, and special robots. Among them, nano-manipulation robots, micro-nano force testers and other products highlight the cutting-edge technological strength in the field of robotics. Some materials scientists have suggested that the future manufacturing industry may also be manufactured at the atomic level or even at the nano level. The manipulation of nanobots will play a very large role.
(Original title: HIT developed nano robots to put atomic-level drugs into cells)
Picture from network
Nanotechnology has been one of the commanding heights of the development of science and technology in recent years. Academician of the Canadian Academy of Engineering and Professor Sun Yu of the University of Toronto stated that micro-nano robots have made great progress in the past decade, and there are many fields in automation, biomedicine, and nano-manufacturing. Important research and breakthroughs.
Through nanotechnology, atomic-level drugs can be introduced into cells to observe the effects of these drugs on cells. Ten cells were tested in the past day and one thousand cells can be tested in one hour. The robot tests the drug through this micro-manipulation, which greatly improves the efficiency of the test and allows the old drug to have some new uses.
In recent years, the HIT Group has developed in four directions: smart factories, industrial robots, service robots, and special robots. Among them, nano-manipulation robots, micro-nano force testers and other products highlight the cutting-edge technological strength in the field of robotics. Some materials scientists have suggested that the future manufacturing industry may also be manufactured at the atomic level or even at the nano level. The manipulation of nanobots will play a very large role.
(Original title: HIT developed nano robots to put atomic-level drugs into cells)
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