The Motion Control (MC) Hand is made with high-strength, CNC machined fingers. It is wide opening and has a built-in safety release. The MC Hand serves as a useful tool for many tasks and lifestyles. The ProPlus option features a controller inside the MC Hand allowing interchange with other manufacturers’ systems. Flexion Wrist or Multi-flex Wrist options are available, as well as an optional MC Wrist Rotator. For high durability and high speed, a brushless DC motor is used.

The Motion Control ETD (Electric Terminal Device) is rugged, functional and water resistant – the preferred choice of thousands of users. The MC Standard ETD can be used with all Motion Control elbow systems and ProControl 2. Flexion Wrist or Multi-flex Wrist options are available, as well as an optional MC Wrist Rotator.

The Motion Control (MC) Hand is made with high-strength, CNC machined fingers. It is wide opening and has a built-in safety release. The MC Hand serves as a useful tool for many tasks and lifestyles. Flexion Wrist or Multi-flex Wrist options are available, as well as an optional MC Wrist Rotator. The Standard Hand can be used with all Motion Control Elbow systems and ProControl 2.Operating Temperature: -5° to 60° C (23° to 140° F)Transport & Storage Temperature: -18° to 71° C (0° to 160° F)Pinch Force: At 7.2 volts: 10 kg (22 lbs, or ~ 100N)Operating Voltage Range: 6 to 16 Vdc (MC Hand)Load Limit: 22 kg / 50 lbs in all directions (+/- 10%)Return: 30 days from ship dateWarranty: 12 months

The Motion Control ETD2 Heavy Duty (second generation Electric Terminal Device) provides the same robust, functional, water resistance, and shorter than the original ETD. A full 2 cm (3/4 inch) shorter than the ETD, the ETD2 is not only useful with long trans-radial amputation levels, it also closely matches the size of a standard-length hand. Multiple gripping surfaces are located between the fingers and on the outside surfacesReplaceable Gripping surfaces. Proximal gripping surfaces holds large cylindrical objects stableWide fingers increase surface area for holding ability at decreased pinch forces.