A research paper by scientists at The University of Electro-Communications developed a new socket and prosthetic hand control system that does not interfere with the wrist joint motion. This allows ...

For my doctoral dissertation, I developed a novel myoelectric control algorithm that allows for continuous control of the hand posture including all necessary postures used in activities of daily ...

Robotic prostheses controlled by myoelectric signals can restore limited but important hand function in individuals with upper limb amputation. The lack of individual finger control highlights the yet ...

The Revolutionizing Prosthetics Program began in 2009 and is now in its clinical stage. Control and functionality of prosthetics continue to make technological strides, creating more natural movements ...

Prosthetic hands restore only some of the function lost through amputation. But combining electrical signals from forearm muscles with other sources of information, such as eye tracking, promises ...

At Chris Kort’s midtown Manhattan office, Eric has stopped by to try on his new foot. Kort, prosthetist and president of Prosthetics in Motion, has created a new, lighter device for him to try. It ...

There is an increasing need to extend the control possibilities of upper limb amputees over their prosthetics, especially given the development of devices with numerous active joints. One way of ...

Only magnets and muscles A magnetically controlled prosthetic hand provides fine control of finger motion, enabling the user to perform everyday tasks such as pouring ...

LEEDS, England--(BUSINESS WIRE)--In their centenary year Steeper Group, a world leading manufacturer of prosthetic devices, launch their latest myoelectric system. The full limb build is designed to ...

Prosthetics are largely built to look and function like the limb they’re replacing. But it need not be so. Running prosthetics for lower-leg amputees are more like curved metal springs than the legs ...