Today, the research team at Seoul National University in South Korea announced that it has developed a software robot using a simulated skin electronic skin system. At the same time, the research results were also published in the May 30 international academic journal Science Robotics. It is reported that the surface of the software robot developed by its research team is made of soft material made of rubber or silicone. There is no clear boundary between the various parts of the robot, but it is organically connected like skin. Moreover, this robot can perform free and continuous motion with a simple operation. Although developed countries have developed octopus and snake-like software robots, they are also attracting attention in living tissue imitation and medical fields. However, driving such robots requires huge air pressure controllers and robust circuits. Great limitations. This time, the simulated skin electronic skin developed by Seoul National University has solved this limitation. According to the report, the artificial skin of the robot used is a silicone-based material, and the chip and circuit are mounted in an area of ​​5 × 5 cm. The simulated skin electronic skin has a thickness of less than 1 mm and a very light weight of only 0.8 g, which is small and light and has a very large stretchability. Therefore, when the software robot can freely move after using the artificial skin electronic skin, and can be arbitrarily attached to various parts of the object, there is a very broad market prospect from the application level. The research team's staff said that if the electronic skin can be applied to portable wearable devices, communication between people and human manipulation of the robot will be more convenient. Medical Disposable Swabs,Sterile Transport Swabs,Medical Sterile Swabs,Disposable Sterile Swabs Yancheng Rongtai Labware Co.,Ltd , https://www.shtestlab.com