How does TechnoBionic hand work?

Prosthesis Control:

1. Users activate the prosthesis through signals

generated by muscles in the remaining part of the

amputated limb. These signals are transmitted to the

prosthesis, which interprets them using built-in sensors

and microprocessors.

Gesture and Command Recognition:

2. The prosthesis reads the electrical activity of muscles

in the remaining part of the body. These signals are

converted into commands for the prosthesis, allowing

the user to control its movements.

Signal Interpretation:

3. Microprocessors inside the prosthesis analyze signals

from muscles and make decisions about corresponding

movements or actions, such as hand gestures, from

grasping objects to holding or releasing them.

Variety of Grips:

4. Users can select various grips depending on the

situation. Our prosthesis offers 30 gestures and grips for

performing common actions, with the option to create

their own unique gesture or grip.

Artificial Intelligence and Machine learning

algorithms:

5. Artificial intelligence is integrated into the prosthesis

to optimize its operation and adapt to the individual

needs of the user. It helps the prosthesis improve the

accuracy of response to commands, memorize

frequently used grips, and provide more intuitive and

convenient control.

Adaptation and Customization:

6. Our prostheses can be tailored to the individual

needs of the user. For example, users can adjust the

finger closing speed or grip strength according to their

preferences or the demands of their activities.