1, micro-robots can work at the atomic level. For example, surgeons are able to remote control micro-robot to do millimeter-level retinal open-heart surgery, under the condition of eye movement, resection of elastic retina or individual pathological cells, connected to the severed nerves; in the patient's body or blood vessels to penetrate, once the cancer cells are found to kill them immediately as well as scraping the aorta on the accumulation of fat, etc.; can be put into the stomach micro-robot gastroscope to the stomach to carry out a comprehensive examination.
2, micro-robots can also be used for precision manufacturing processing, with which to create a larger storage capacity of computer memory chips, as well as processing precision "super plane grinder" and so on. Micro-robot operating ability to reach the molecular, atomic level, has far exceeded the degree of the artist in the hair on the degree of painting.
3, the application of micro-robotics technology, can make a variety of aerospace measurements become more lightweight, tape recorders and other household appliances will become more compact and multi-purpose, the TV screen can be made large and thin, the brightness of the points on it, is directly can be used to micro-robotics automatic control. Micro-robots will also make a revolution in mechanics.
4, micro and ultra-micro robot applications are very broad, it can be used in navigation, agriculture, communications, aerospace, family and medical care. For example: throw down thousands of micro-robots to chew the bottom of the ship shellfish and moss, can save navigation energy;
Thousands of micro-robots will be scattered in the crop fields, so that they go to bite the pests, reduce the damage to agriculture so that there is a good harvest; flight micro-robots carrying humidity meters and infrared sensors flying in the field, when found that there is a drought in the farmland phenomenon, it will be landed on the irrigation system When it finds a drought in the farmland, it lands on the valve of the irrigation system, transmits the drought information to the sensor, opens the valve, and irrigates the farmland quantitatively.
5, micro-robot can carry a camera and micro fiber optic, into the human inaccessible places to investigate the environment, storage or transmission of images. When the local cable breaks, tens of thousands of micro-robots crawling along the cable, crawling to the broken end, then let the "hands" on the front end of the broken head, so the micro-robot will become a connecting wire, permanently stay on the cable.
6, micro-robots can clean, repair space telescopes, check the spacecraft heat shield, de-icing the aircraft canopy. If a large number of flying micro-robots are deployed on other planets, the robots can send back a variety of information needed.
7, in addition to the above functions, micro-robots can also be sentry near stores and warehouses every night to prevent burglars from entering, and, micro-robots can also be in the housing hidden dust, into the interior of household appliances to check and maintain.
Extended information:
Principles of nanorobotics:
Nano-biology arose from the invention of SPM and its application in the life sciences. Life processes are the most complex things among known physical and chemical processes. Unlike macrobiology, nanobiology looks at life phenomena from a microscopic point of view and aims at the manipulation and modification of molecules.
Nanobiology has been developed for a short time and has already achieved promising results. Biological scientists have come up with many challenging new ideas in the field of nanobiology. Processing techniques in nanobiology can learn from biological cells.
In fact, every cell is a living example of nanotechnology in action: not only do cells convert fuel into energy, but they build and activate proteins and enzymes according to the information stored in their DNA, and by recombining the DNA of different species, genetic engineers have learned to build new such nano-tools, such as using bacterial cells to produce medical hormones.
Scientists have developed a wide range of nanobots that can enter and walk in the human microcosm based on the principles of molecular pathology, with the promise of removing harmful substances, repairing damaged genes, activating cellular energy, maintaining human health and extending human life. Medical nanobots are still in the experimental stage.
Baidu Encyclopedia-Nanobots
Baidu Encyclopedia-Microbots