Orthopedic Products — Knee Braces, Ankle Supports & AFOs in Gwalior

A lightweight osteoarthritis knee brace that gently unloads the painful side of the joint with a three-point support system, easing pain and helping you walk more comfortably.

A firm knee orthosis with adjustable range-of-motion settings, giving controlled protection and stability after cruciate ligament injury or knee surgery.

A soft, breathable knitted knee sleeve that compresses and steadies the joint, supports kneecap tracking and soothes everyday pain, swelling and stiffness.

A comfortable knitted ankle support that steadies the joint after a sprain or swelling while still allowing natural movement, helping to reduce pain.

A discreet, lightweight orthosis worn inside the shoe that shifts pressure away from the worn side of the knee, reducing osteoarthritis pain through the day.

A slim carbon-fibre ankle-foot orthosis for drop foot that lifts the toes as the leg swings and springs back at push-off for a safer, more natural stride.

A dynamic ankle orthosis that guards against sideways rolling after ligament sprains, blocking the harmful inward twist while still allowing a natural up-and-down step.

An adjustable ankle-foot orthosis that lifts a dropped foot and helps manage spasticity for a safer, more even gait in neurological conditions such as stroke.

A wrist-and-hand orthosis that holds the wrist in a comfortable neutral position, supporting rehabilitation and easing strain after injury or neurological weakness.

A hinged knee brace that adds firm side-to-side stability and compression for mild to moderate instability, keeping the joint secure during everyday activity.

A knee brace that stabilises the joint and prevents it from snapping back into hyperextension, giving safer standing and walking after paralysis or nerve weakness.

A microprocessor-controlled knee for low-to-moderate activity that continuously adjusts to your movement, with stumble recovery and a large reduction in fall risk for safer walking.

A waterproof microprocessor knee that reads your gait many times per second and adapts its hydraulics in real time for stable, natural walking on stairs, slopes and uneven ground.

A lightweight composite prosthetic foot with smooth roll-over and energy return, waterproof and built for comfortable everyday walking on varied surfaces.

A high-performance carbon-fibre foot for very active users, delivering strong energy return and control during vigorous walking and higher-impact activity.

A multi-articulating myoelectric hand with 14 selectable grips, controlled intuitively by the muscle signals in the residual limb for precise everyday function.

A durable, flexible prosthetic foot designed for Symes (ankle-level) amputation, giving a low-profile, stable and natural walking surface.

A dynamic energy-storing foot (Seattle-type, activity level K3) that stores energy at heel strike and returns it at push-off for a springier, more efficient stride.

A pneumatic-controlled prosthetic leg that adapts swing resistance to your walking speed for a smoother, more natural gait across everyday activities.

A pneumatic swing-phase knee joint that automatically adjusts resistance to your walking pace, giving smooth, natural leg movement at different speeds.

A robust polycentric four-bar mechanical knee that delivers dependable stance-phase stability and a smooth, controlled swing for everyday walking.

A multi-axis polycentric knee that shortens the shin during swing to reduce toe-stubbing and offers excellent stability for lower-activity walkers.

A durable carbon-fibre prosthetic foot that stores and returns energy through each step for a light, responsive and comfortable gait.

A 6 mm silicone gel liner with a locking-pin interface that cushions the residual limb, protects the skin and creates a secure, comfortable suspension.

A lightweight carbon-fibre artificial limb built for strength and durability, custom-assembled to restore comfortable, confident mobility.

A complete below-knee artificial leg built around a custom socket, with the foot, pylon and suspension chosen to match your activity. The most commonly fitted level of lower limb prosthesis.

A complete above-knee artificial leg with a custom socket and a knee unit selected for your stability and walking needs, from mechanical through to microprocessor-controlled.

A prosthesis for Symes (ankle disarticulation) amputation, where the heel pad is retained and can bear weight directly. Needs a socket designed around that end-bearing capacity.

A prosthesis for through-knee amputation. The long residual limb gives good end bearing and rotational control, and the socket and knee are built to suit that anatomy.

A full lower limb prosthesis with a pelvic socket, hip joint, knee and foot, for hip disarticulation and hemipelvectomy levels. A demanding fitting that needs careful alignment and gait work.

For toe, forefoot and midfoot amputation - toe fillers, custom insoles and partial foot prostheses that restore push-off and protect the remaining foot inside normal footwear.

A lightweight artificial leg for children, built to be adjusted and remade as the child grows. Regular review matters far more here than with adults.

A sports prosthesis with a carbon fibre running blade for sprinting and athletics. Designed for running rather than walking, so most users keep a separate everyday limb.

A functional hand operated by a harness and cable through your own shoulder movement. Robust, needs no charging and repairable anywhere - still the practical choice for heavy or outdoor work.

A voluntary-opening or voluntary-closing hook. Less lifelike than a hand but far better at gripping precisely and holding load, and preferred by many users for manual and farm work.

A complete below-elbow artificial arm with a custom socket and your choice of terminal device - hook, functional hand or cosmetic hand - with the elbow retained and working.

A complete above-elbow artificial arm including an elbow unit and terminal device. Control is more demanding at this level, so training after fitting is part of the job.

A custom silicone hand matched to your own skin tone and nail detail. Chosen where appearance matters most; it restores shape and confidence rather than grip strength.

Silicone finger, thumb and partial hand prostheses for single or multiple digit loss - restoring appearance and, with a functional design, useful opposition and pinch.

A lightweight prosthetic hand for children, from early passive hands through to body-powered designs as the child grows and develops the control to use them.

A four-bar linkage knee. The moving centre of rotation gives good stability as weight is taken, and shortens the limb through swing so the foot clears the ground more easily.

Hydraulic resistance adjusts to walking speed rather than working at one fixed rate, so the leg keeps pace when you speed up or slow down.

Air-cylinder swing control with an extension assist that helps bring the shin forward. Lighter than hydraulic units and a common step up from a basic single-axis knee.

Locks straight for walking and is released by a lever to sit. The most secure option, often chosen for first-time above-knee users and for anyone whose priority is stability over gait.

Adjustable mechanical friction sets how freely the knee swings. Simple, robust and straightforward to service, which matters if you live far from a fitting centre.

Knee unit supplied with the pylon built in, cut to your limb length during assembly. Fewer joints in the build and a clean line under a cosmetic cover.

An energy-storing carbon fibre foot shown with the cosmetic shell it fits inside — the shell gives the shape of a foot so it sits in a normal shoe. Pictured: an Össur Flex-Foot Assure.

A full-length carbon blade that flexes under load through stance and returns that energy at push-off. Suited to users covering distance or walking on uneven ground.

Separate heel and forefoot sections let heel strike and push-off be tuned independently. The heel wedge can be changed to alter how soft the foot feels on first contact.

Part of the foot range we fit, from split-toe designs for uneven ground through to long blades for higher activity. Which suits you follows your activity level, weight and terrain.

The connectors that join a prosthesis together — tube clamps, double-ended adapters, socket adapters and foot adapters. Stainless steel. Unglamorous, and the parts alignment actually happens at.

Clamps a 25 mm pylon tube to the component above or below it. Stainless steel, as shown. The clamp is also where limb length is set during assembly.

Laminated into the base of the socket to carry the pyramid or clamp below it. Four arms spread the load into the socket wall rather than concentrating it at one point.

A four-hole adapter with its matching plate, used where the socket connects to the components below it. Shown as the pair that bolts together.

The bolt and plate that fix a foot to the pylon above it. Stainless steel. Sized to the foot being fitted.

The tube between socket and foot. It sets limb length and carries your weight, and is cut to size during assembly. Supplied with the clamp fittings at each end.

A pylon with the adapters that connect it at both ends — effectively the structural middle of a modular limb.

A one-way valve that lets air out of the socket as the limb goes in and not back again, holding the prosthesis on by suction. Fitted into the socket wall.

Valve assembly supplied with its seals and fixings for fitting into a socket. Replacing perished seals is a common service job and far cheaper than a new socket.

The modular components for a below-knee limb — pylon, adapters and clamps — supplied as a set. The socket is still made individually to your own limb.

A finished below-knee limb shown with the silicone liner worn against the skin. Pictured: an Össur Iceross Comfort liner. Liner and socket are chosen together.