The bionic brush is controlled using non-invasive sensors and artificial intelligence. The system reads the electrical signals of the muscles and based on them determines which movement a person intends to make. Because of this, the brush makes a complex grip, holding objects of different shapes and doing delicate manipulation. The device maintains performance offline - without permanent contact with the body. The technology is used to restore the ability to live independently in people with cetaceans. We are in TG we are in MAKS.

The bionic brush is controlled using non-invasive sensors and artificial intelligence. The system reads the electrical signals of the muscles and based on them determines which movement a person intends to make. Because of this, the brush makes a complex grip, holding objects of different shapes and doing delicate manipulation. The device maintains performance offline - without permanent contact with the body. The technology is used to restore the ability to live independently in people with cetaceans. We are in TG we are in MAKS.