Motorica Launches World's First Bionic Hand with Optical Sensor Technology
Motorica, a global MedTech company focused on assistive technologies and medical cybernetics, has introduced the Omni Hand—an innovative bionic hand prosthesis featuring optical myography (OMG) sensors. This development signifies a significant advancement in the interface between humans and technology, enabling more intuitive prosthetic control.
Innovative Optical Myography Sensors
The Omni Hand moves beyond traditional prosthetics that rely on muscle electrical signals. Instead, it uses optical sensors to detect tiny changes in light passing through tissues caused by muscle and tendon movements. These subtle shifts are captured in real time, allowing the prosthesis to convert even the smallest muscle impulses into smooth, precise motions.
Expanding Accessibility for Users with Limited Muscle Activity
This breakthrough technology benefits users with restricted muscle activity, including individuals recovering from electrical injuries, frostbite, or trauma. By providing natural and responsive control, the Omni Hand makes advanced prosthetic technology more accessible to a broader range of people.
“Omni Hand represents a new level of human-technology interaction. It doesn’t just respond to movement; it understands the user’s intent. This is a step toward truly natural control of bionic prosthetics,” said Andrei Davidiuk, CEO of Motorica.
Author's summary: The Omni Hand offers a transformative prosthetic experience by using optical sensors to interpret muscle movement, vastly improving control for users with limited muscle function.