INTRODUCING
Bionic Hand Smart Prosthesis
Bionic Hand: Redefining Prosthetic Precision with Neural Integration
The innovative bionic Hand, crafted through a fusion of cutting-edge Bio-Sensor technology, advanced AI capabilities, and meticulous mechanical design, represents a groundbreaking leap forward in prosthetic innovation.
By harnessing neural signals extracted from the user’s skin, this revolutionary device intuitively interprets the wearer’s intentions through the power of artificial intelligence. Seamlessly replicating the intricate hand movements and grips inherent to daily human life, Bionic Hand transcends mere functionality to provide a truly immersive and natural user experience. With each fluid motion, it blurs the line between man and machine, offering newfound freedom and empowerment to those in need.
Redefining Prosthetic Precision with Neural Integration
For above-elbow amputees, Bionic Hand can be a better choice. If the user’s residual limb conditions allow, Targeted Muscle Reinnervation (TMR) surgery is suggested to enhance EMG signal and control. Users can also use the traditional two-electrode mode for control. Bionic Hand’s total control solution allows users to control elbow, wrist and hand through software settings.
The case of above-elbow amputation is far more complicated than the case of the forearm. After evaluated by professional doctors, if the user’s situation is good to take a TMR surgery, it will be of great benefit to the adoption of Bionic Hand prosthetic hand. Biologically, the nerves and muscles controlling fingers and wrists locate in the forearm of the human limb. With TMR surgery, nerves are transplanted to such positions as the upper arm, shoulder and chest muscles. When the user imagines certain hand movements, the EMG signals can be collected at these positions and hence being used for the control of the prosthesis.

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MAXSENS is a registered a patent (EP22382621.5).
The MAXSENS logo and brand are registered and protected since July 2021.
CE - Electronic devices