Scientists continue to develop a variety of different materials to design soft robots that allow machines to twist, bend, and interact naturally with creatures. However, as flexibility and flexibility increase, the machine's strength is reduced, resulting in limited application.
According to reports, Harvard University and the Massachusetts Institute of Technology (MIT) Science and Artificial Intelligence Laboratory have developed artificial muscles that can add more power to soft robots, allowing them to lift up to 1,000 times their weight. Daniela Rus, a professor of electrical engineering and information science at MIT, said that they were amazed at the results of the experiment and did not expect the power of soft robots to reach such a high level. Now the actuators they have created are already similar to the general muscles, and it is already possible to imagine using such actuators to build various robots.
Each artificial muscle has a "skeleton" made of different materials, such as a bent metal or plastic sheet; it is sealed in a plastic or textile package, which is like "skin." The vacuum inside the package attracts the machine, allowing the “skin†to fold, allowing the muscles to move through pressure changes without the need for additional sources of power.
These muscles can be programmed to determine how the entire architecture works through the design of the bones. Basically, the user does not need a control system at all. This design is suitable for a system that is worn on the body. After all, it is difficult for a person to use a large, bulky machine on the body.
The team uses metal, plastic and different materials to create dozens of muscles through different bone designs; these muscles can be reduced to 10% of their original size and can pick up fine objects. These artificial muscles are highly durable, up to six times the strength of the average animal's skeletal muscles, and are light in weight. A 2.6 gram muscle can lift 3 kilograms of objects.
In addition, a single muscle can be completed in less than 10 minutes at a cost of less than $1, so the cost of the test is quite cheap. These muscles can be done through a vacuum suction machine, which is safer than normal artificial muscles.
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