Price on request
Hosmer 5X Hook
Body-powered hooks and hands. A large aluminium voluntary-opening hook with canted tines and rubber-lined grip.
Last updated: 5 October 2026 · Total: 28 products
Arm and hand prostheses fall into three broad approaches. Body-powered devices, such as the Hosmer 5X Hook and the TRS Grip 5 Evolution Prehensor, open or close through a cable pulled by shoulder movement, and they are robust and give direct feedback. Myoelectric hands like the Steeper Myo Kinisi read muscle signals from the skin to drive a motor. Multi-articulating bionic hands move each finger for several grip patterns. Partial hand and finger prostheses, elbows, wrists, activity-specific terminal devices for sport or tools, and control systems fill out the page. Fitting and training are done with a prosthetist and therapist.
Price on request
Body-powered hooks and hands. A large aluminium voluntary-opening hook with canted tines and rubber-lined grip.
Price on request
Body-powered hooks and hands. A lightweight voluntary-closing gripper with ridged grip surfaces and custom colours.
Price on request
Body-powered hooks and hands. A flexible-polymer voluntary-closing hand with moulded anatomical detail that needs no glove.
Price on request
Myoelectric hands. A single-motor myoelectric hand with a titanium chassis and an auto-grip function.
Price on request
Myoelectric hands. A myoelectric hand with a driven thumb and a flexible wrist offering seven grip options.
Price on request
Multi-articulating bionic hands. A multi-articulating myoelectric hand with individually motorised fingers.
Price on request
Multi-articulating bionic hands. A multi-articulating myoelectric hand that can switch grips using gestures.
Price on request
Multi-articulating bionic hands. A compact, fully waterproof multi-articulating hand.
Price on request
Multi-articulating bionic hands. A fast multi-articulating hand with fingertip pressure sensors that give vibration feedback.
Price on request
Multi-articulating bionic hands. A multi-articulating hand configured through a phone app.
Price on request
Multi-articulating bionic hands. A lightweight six-motor hand with built-in vibration feedback and full waterproofing.
Price on request
Multi-articulating bionic hands. A strong multi-articulating hand built from modules that can be serviced quickly.
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Multi-articulating bionic hands. A sensor-rich bionic hand that uses machine learning in its control.
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Multi-articulating bionic hands. A lightweight 3D-printed multi-grip myoelectric arm with swappable covers.
Price on request
Multi-articulating bionic hands. A powered arm system offered in radial, humeral and shoulder configurations.
Price on request
Partial hand and finger prostheses. A ratcheting mechanical finger positioned with the other hand or against a surface.
Price on request
Partial hand and finger prostheses. A body-driven finger prosthesis moved by the remaining part of the finger.
Price on request
Partial hand and finger prostheses. A body-driven thumb prosthesis that can be used alone or with finger devices.
Price on request
Partial hand and finger prostheses. Individually motorised myoelectric digits for partial hand absence.
Price on request
College Park (Partial Hand Solutions)
Partial hand and finger prostheses. Titanium mechanical fingers and thumbs built for heavy use.
Price on request
Elbows. A range of elbows from mechanical counterbalanced to fully powered versions.
Price on request
Elbows. A lightweight powered elbow with all wiring routed internally.
Price on request
Wrists. A forearm-mounted powered wrist rotator for myoelectric hands.
Price on request
Wrists. A compact body-powered wrist that locks in three flexion angles.
Price on request
Activity-specific terminal devices. A locking gripping device for heavy weightlifting and gym training.
Price on request
Activity-specific terminal devices. A ball-jointed holder that positions a guitar pick on a prosthesis.
Price on request
Activity-specific terminal devices. A folding-wing swim paddle that opens on the power stroke and folds on recovery.
Price on request
Control systems. A pattern-recognition controller that interprets muscle signals to drive hands, wrists and elbows from other makers.
News & Tech · 8 min read
Three kinds of prosthetic hand, how you tell each one what to do, and why water ratings and repairs matter as much as the number of grips.
Electrodes inside the socket pick up small electrical signals produced when muscles in the residual limb contract. The electronics turn those signals into commands for motors that open and close the hand.
It depends on the task. A hook is light, precise at the tips and lets you see what you are holding. A hand looks more natural and holds rounded objects well. Many people use both.