Price on request
SuperSACH
SACH feet. A simple solid-ankle cushioned-heel foot with an adjustable heel cushion and lightweight keel for lower-mobility walkers.
Last updated: 5 October 2026 · Total: 99 products
A prosthesis is assembled from components chosen for one person: a socket made to the residual limb, a way of holding it on, and the joints and terminal parts below. This section lists those components. Lower-limb pages cover feet and ankles, then knees, hips and complete leg systems. The upper-limb page runs from body-powered hooks to multi-articulating bionic hands. Further pages deal with children, affordable and 3D-printed devices, bone-anchored osseointegration implants, and consumables such as liners, sleeves and socks. Selection, fitting and alignment are done with a prosthetist, who also makes the socket.
Price on request
SACH feet. A simple solid-ankle cushioned-heel foot with an adjustable heel cushion and lightweight keel for lower-mobility walkers.
Price on request
SACH feet. A basic SACH foot with a moulded-in titanium pyramid and three interchangeable heel inserts.
Price on request
Dynamic carbon feet. A carbon energy-return foot with added side-to-side flexibility for slopes and uneven ground.
Price on request
Dynamic carbon feet. A low-profile carbon foot intended to give full-height dynamics where build height is limited.
Price on request
Dynamic carbon feet. A carbon foot combining dual-bumper vertical shock absorption with torsional rotation.
Price on request
Hydraulic ankle feet. A family of energy-storing feet with a self-aligning hydraulic ankle that adapts to slopes.
Price on request
Hydraulic ankle feet. A hydraulic ankle foot designed for limited community walkers.
Price on request
Hydraulic ankle feet. A carbon foot with a curved hydraulic ankle aimed at moderate-impact walking and hiking.
USD 3,506 list price on shop.proteorusa.com (component only; site notes prices may not be current)
Hydraulic ankle feet. A hydraulic ankle and foot system offering 17 degrees of damped ankle motion.
Price on request
Microprocessor ankle feet. A microprocessor-controlled hydraulic ankle that adjusts resistance to speed and terrain.
Price on request
Microprocessor ankle feet. A microprocessor ankle paired with a Pro-Flex carbon foot that actively adjusts ankle position.
Price on request
Microprocessor ankle feet. A microprocessor foot whose hydraulic ankle adapts in real time to slopes and heel height.
Price on request
Microprocessor ankle feet. A microprocessor ankle and foot system positioned for responsiveness and stability.
Price on request
Running blades and sport feet. A carbon sprinting blade from the Cheetah line used in track and field.
Price on request
Running blades and sport feet. A blade-style foot with a heel spring for running, sport and everyday high activity.
Price on request
Running blades and sport feet. A split-blade sprint foot intended for distances under 800 metres.
Price on request
Running blades and sport feet. An adjustable carbon running spring for jogging through to sprinting.
Price on request
Running blades and sport feet. A multi-sport carbon foot for running, jumping and court sports that can also be worn daily.
USD 1,405 list price on shop.proteorusa.com (component only; site notes prices may not be current)
Waterproof feet. A set of RUSH feet in versions made for use in water.
Price on request
Waterproof feet. A split-toe carbon foot with adjustable torsion and vertical shock that is rated for immersion.
USD 1,035 (maker's listed price)
Mechanical knees. A waterproof four-bar mechanical knee with an automatic stance lock and non-hydraulic cadence control.
Price on request
Mechanical knees. A knee with weight-activated stance control and adjustable pneumatic swing control.
Price on request
Hydraulic and pneumatic knees. A waterproof four-bar polycentric knee with hydraulic swing and stance control.
Price on request
Hydraulic and pneumatic knees. A single-axis knee with rotary hydraulic control of stance and swing.
Price on request
Hydraulic and pneumatic knees. A single-axis hydraulic knee with swing and stance control and a mode switch.
Price on request
Microprocessor knees. A microprocessor knee designed to follow a natural gait and handle stairs and obstacles.
Price on request
Microprocessor knees. A microprocessor knee tuned for lower-mobility users, with sit-to-stand support and a wheelchair mode.
Price on request
Microprocessor knees. A motor-powered microprocessor knee that adds active movement.
Price on request
Microprocessor knees. A microprocessor knee with hybrid hydraulic and pneumatic control.
Price on request
Microprocessor knees. A motor-powered microprocessor knee with assisted stair climbing, sit-to-stand and cycling functions.
Price on request
Microprocessor knees. A microprocessor hydraulic knee that adapts resistance automatically to stairs, slopes and speed.
Price on request
Hip joints. A polycentric hip joint that moves in three dimensions with spring-hydraulic control.
Price on request
Complete leg systems. An integrated microprocessor knee and ankle that share sensor data to act as one limb.
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.
Price on request
Multi-articulating bionic hands. A sensor-rich bionic hand that uses machine learning in its control.
Price on request
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.
Price on request
Pediatric feet. A child's foot with front and rear bumpers and parts that can be swapped as the child grows.
Price on request
Pediatric feet. A low-cost, light SACH foot shaped for early walking.
Price on request
Pediatric feet. A children's version of the BladeXT sport blade with a traction sole.
Price on request
Pediatric hands. A small single-motor myoelectric hand suited to first-time users.
Price on request
Pediatric hands. Flexible voluntary-closing hands in child sizes that need no glove.
Design files free; parts kits sold separately (price not listed)
3D-printed and open-source hands and arms. A free-to-download 3D-printed hand that closes when the wrist is bent.
Provided through charity partners; no list price
3D-printed and open-source hands and arms. A 3D-printed prosthetic arm produced locally with partner clinics in lower-resource countries.
No cost to trial participants per maker
3D-printed and open-source hands and arms. A personalised 3D-printed muscle-controlled arm provided through clinical trials.
Price on request
3D-printed and open-source hands and arms. Soft fabric prosthetic sleeves with interchangeable tools for different tasks.
Price on request
3D-printed and open-source hands and arms. A 3D-printed bionic arm made from a remote scan to mirror the user's other arm.
Free to recipients (charity)
Low-cost legs, knees and feet. A rubber-based foot and polymer socket limb fitted free of charge, made for squatting, uneven ground and barefoot use.
Free to recipients (charity)
Low-cost legs, knees and feet. A low-cost polycentric knee developed with Stanford University.
Price on request
Low-cost legs, knees and feet. A 3D-printed prosthetic leg made from a digital scan with fast socket delivery.
Price on request
Bone-anchored implant systems. A titanium implant anchored in the bone that lets a prosthesis attach without a socket.
Price on request
Bone-anchored implant systems. A bone-anchored 'click' prosthesis implant system.
Price on request
Liners. A silicone liner containing phase-change material to help manage heat.
Price on request
Liners. Perforated silicone liners that let moisture escape.
Price on request
Sleeves. A gel suspension sleeve pre-bent 30 degrees to reduce bunching behind the knee.
Price on request
Suspension systems. A mechanical elevated-vacuum pump that also absorbs shock.
Price on request
Suspension systems. A complete airtight socket kit with liner, gel sock, inner socket and sleeve.
Price on request
Adjustable sockets. A dial-and-lace kit a prosthetist builds into a socket so the wearer can tighten or loosen it.
Price on request
Adjustable sockets. An adjustable, waterproof socket that can be fitted in one session.
Price on request
Adjustable sockets. A strap-and-fabric socket alternative that conforms to the limb and is micro-adjustable.
Price on request
Cosmetic covers and fairings. 3D-printed leg covers in custom and semi-custom versions with many designs.
Price on request
Cosmetic covers and fairings. A made-to-order decorative cover for above- or below-knee prostheses.
Price on request
Skincare. A cream for residual-limb skin that the maker says soothes irritation.
Price on request
Skincare. A skin lotion listed in the ALPS residual-limb care range.
Money & Funding · 8 min read
A prosthetic leg is a fitted service, not a boxed product. Here is what the bill is made of and which funding routes to ask about first.
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.
A socket that holds the residual limb, a liner or other interface, a suspension system that keeps it on, a pylon and adapters, a foot, and for amputations above the knee, a knee joint.
Components can be supplied, but a working limb needs a custom socket and correct alignment. That work is done by a qualified prosthetist, so involve one before ordering any part.