Orthoses that are designed to modify the structural and functional characteristics of the neuromusculoskeletal systems of the spine and skull; the device may be custom fabricated to meet the functional needs of the individual user or prefabricated to meet a particular set of functional requirements; the prefabricated devices may be adjustable to fit an individual user, or they may be ready-to-use so that adjustment is not possible or no adjustment is necessary for any user.

Orthoses that encompass whole or part of the sacro-iliac region of the trunk

Orthoses that encompass whole or part of the sacro-iliac region of the trunk

Orthoses that encompass the whole or part of the lumbar and sacro-iliac regions of the trunk

Orthoses that encompass the whole or part of the lumbar and sacro-iliac regions of the trunk

Orthoses that encompass the lumbar region of the trunk

Orthoses that encompass the whole or part of the thoracic region of the trunk

Orthoses that encompass the whole or part of the thoracic region of the trunk

Orthoses that encompass the whole or part of the thoracic and lumbar regions of the trunk

Orthoses that encompass the whole or part of the thoracic and lumbar regions of the trunk

Orthoses that encompass the whole or part of the thoracic, lumbar and sacro-iliac regions of the trunk

Orthoses that encompass the whole or part of the thoracic, lumbar and sacro-iliac regions of the trunk

Orthoses that encompass the whole or part of the cervical region, including the atlanto-occipital joint

Orthoses that encompass the whole or part of the cervical region, including the atlanto-occipital joint; Included are, e.g., the head/spine joints

Orthoses that encompass the whole cervical and thoracic regions, including the atlanto-occipital joint

Orthoses that encompass the whole cervical and thoracic regions, including the atlanto-occipital joint; Included are, e.g., the head/spine joints

Orthoses that encompass the whole cervical, thoracic, lumbar and sacro-illiac regions, including the atlanto-occipital joint

Orthosis that encompasses the whole cervical, thoracic, lumbar and sacro-illiac regions, including the atlanto-occipital joint; Included are, e.g., the head/spine joints

Orthoses that encompass the skull (cranium)

Orthoses that encompass the skull (cranium)

Articulating components of orthoses allow or control the motions of anatomical joints of the spine. Included are, e.g joints for spinal orthoses.

Orthoses used as components of spinal orthoses to allow or control motion of the joints of the spin

Interface components of orthoses are those in direct contact with the user; they transmit the forces between the orthosis and the user which result from its function and may retain the orthosis in place. Included are, e.g. shells, pads, straps.

Structural components of orthoses connect the articulating and interface components and maintain the alignment of the orthosis. Included are, e.g. uprights, shells.

Finishing components are the means of providing shape, colour and texture to orthoses. Included are, e.g. fillers, covers, sleeves.

Orthoses, worn in the mouth, used to permit changes in the position of the lower mandible relative to the upper jaw. Included are, e.g. mandibular advancement splints (MAS).

Orthoses that encompass the whole or part of the abdomen

Devices to support the abdomen

Devices to support and hold hernia in place. Included are, e.g. hernia straps, girdles, trusses.

Interface components in direct contact with the user; they transmit the forces between the orthosis and the user which result from its function and may retain the orthosis in place. Included are, e.g. shells, pads, straps.

Finishing components are the means of providing shape, colour and texture to orthoses. Included are, e.g. fillers, covers, sleeves.

Orthoses designed to modify structural and functional characteristics of the neuromusculoskeletal systems of the upper limbs; the devices may be custom fabricated or prefabricated; the prefabricated devices may be adjustable or ready to use

Orthoses that encompass the whole or part of a finger.

Orthoses that encompass the whole or part of a finger

Orthoses that encompass the whole or part of the hand

Orthoses that encompass the whole or part of the hand and the whole or part of one or more fingers.

Orthoses that encompass the whole or part of the hand and the whole or part of one or more finger

Orthoses that encompass the wrist joint and the whole or part of the hand.

Orthoses that encompass the wrist joint and the whole or part of the han

Orthoses that encompass the wrist joint and the hand and one or more fingers

Orthosess that encompass the wrist joint and the hand and one or more finger

Orthoses that encompass the elbow joint

Orthoses that encompass the elbow join

Orthoses that encompass the elbow and wrist joints and the whole or part of the hand

Orthoses that encompass the elbow and wrist joints and the whole or part of the han

Orthoses that encompass the forearm with or without the elbow or wrist joints, i.e. with fracture treatment.

Orthoses that encompass the shoulder joint

Orthoses that encompass the shoulder join

Orthoses that encompass the shoulder and elbow joints

Devices that encompass the upper arm with or without the shoulder or elbow joints, i.e. with treatment of fractures.

Orthoses that encompass the shoulder, elbow and wrist joints and the whole or part of the hand

Articulating components of upper limb orthoses to allow or control motion of anatomical hand and finger joints

Articulating components of upper limb orthoses to allow or control motion of the anatomical wrist joint

Articulating components of upper limb orthoses to allow or control motion of the anatomical elbow joint

Articulating components of upper limb orthoses to allow or control motion of the anatomical shoulder joint

Interface components in direct contact with the user; they transmit the forces between the orthosis and the user which result from its function and may retain the orthosis in place. Included are, e.g. shells, pads, straps.

Structural components of orthoses connect the articulating and interface components and maintain the alignment of the orthosis. Included are, e.g. uprights, shells.

Cosmetic components are the means of providing shape, colour and texture to orthoses. Included are, e.g. fillers, covers, sleeves.

Orthoses designed to modify the structural and functional characteristics of the neuromusculoskeletal systems of the lower limb; the devices may be custom fabricated or prefabricated; the prefabricated devices may be adjustable or ready to use

Orthoses that encompass the whole or part of the foot. Included are, e.g. orthopaedic shoes, insoles, shoe inserts, pads, arch supports, heel cushions, heel cups, orthopaedic inlays. Shoes and boots, see 09 03 42.

Orthoses that encompass the ankle joint and the whole or part of the foot

Orthoses that encompass the ankle joint and the whole or part of the foot

Orthoses that encompass the knee joint

Orthoses that encompass the knee and ankle joints and the foot

Orthoses that encompass the lower leg

Orthoses that encompass the hip joint

Orthoses that encompass the hip and knee joints

Orthoses that encompass the thigh

Orthoses that encompass the hip, knee and ankle joints and the foot

Orthoses that encompass the lumbar regions of the trunk, the hip, knee and ankle joints and the foot, with or without the thoracal part of the spine

Articulating components of lower limb orthoses to allow or control motion of anatomical foot and toe joints

Articulating components of lower limb orthoses to allow or control motion of the anatomical ankle joint

Articulating components of lower limb orthoses to allow or control motion of the anatomical knee joint

Articulating components of lower limb orthoses to allow or control motion of the anatomical hip joint

Interface components in direct contact with the user; they transmit the forces between the orthosis and the user that result from its function and may retain the orthosis in place. Included are, e.g. shells, pads, straps, foot orthoses, shoes.

Structural components in direct contact the articulating and interface components and maintain the alignment of the orthosis. Included are, e.g. uprights, shells.

Cosmetic components that provide shape, colour and texture to orthoses. Included are, e.g. fillers, covers, sleeves.

Devices designed to compensate a loss of motor function by electrical stimulation (FES). Included are, e.g. functional electrical stimulators, hybrid orthotic systems used in combination with mechanical orthoses in hybrid orthotic systems. Stimulators for treatment on cellular and tissue level, see 04 27.

A collection of compatible components that can be integrated to produce a range of different upper limb prostheses. Included are, e.g. cosmetic upper limb prostheses.

Devices that replace part of the upper limb distal to the wrist joint after amputation or due to congenital limb deficiency. Included are, e.g. finger prostheses.

Devices that replace part of the upper limb at the wrist joint after amputation or due to congenital limb deficiency

Devices that replace part of the upper limb between the wrist and elbow joints after amputation or, due to congenital limb deficiency.

Devices that replace part of the upper limb at the elbow joint after amputation or due to congenital limb deficiency

Devices that replace part of the upper limb between the shoulder and elbow joints after amputation or, due to congenital limb deficiency.

Devices that replace the upper limb at the shoulder joint after amputation or due to congenital limb deficiency

Devices that replace the upper limb at the scapulo-thoracic and sterno-clavicular joints after amputation or, due to congenital limb deficiency.

Functional components of upper limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb; prosthetic hands are designed to substitute for some of the functions of the normal hand and can be static, passive, active or combined passive/active; the prosthetic hands can be externally powered or body powered

Functional components of upper limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb like split hooks to employ a pincer. action. Specialized appliances or tools for prosthetic hands, see >061826

Functional components of upper limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that perform a wide range of individual functions; the device can be passive, adjustable or active. Devices to employ a pincer action, see >061825

Functional components of upper limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that substitute for some of the functions of the normal wrist by means of controlled motions

Functional components of upper limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that substitute for some of the functions of the normal elbow by means of controlled motions

Functional components of upper limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that substitute for some of the functions of the normal shoulder by means of controlled motions

Functional components of upper limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that constrain unwanted motion of the human joint(s). Included are, e.g. wrist joints, elbow joints, shoulder joints..

Functional components of upper limb prostheses that substitute for any restriction in the range of internal/external rotation of the shoulder due to the socket of the prosthesis

Functional components of upper limb prostheses between shoulder and elbow joints in a shoulder disarticulation prosthesis to improve the effective flexion range of the elbow

Interface components of upper limb prostheses that are in direct contact with the wearer for achieving support, stabilization and suspension; may contain elements that contribute to the activation and/or control of functional components. Included are, e.g. sockets for partial hand amputation, wrist disarticulation, transradial (below-elbow) amputation, elbow disarticulation, transhumeral (above-elbow) amputation, shoulder disarticulation, forequarter amputation.

Interface components of upper limb prostheses that are in direct contact with the wearer for achieving support, stabilization and suspension; may contain elements that contribute to the activation and/or control of functional components. Included are, e.g. liners to be placed in sockets for partial hand amputation, wrist disarticulation, transradial (below-elbow) amputation, elbow disarticulation, transhumeral (above-elbow) amputation, shoulder disarticulation, forequarter amputation.

Suspensory components that are used to maintain the prosthesis relative to the body. Included are, e.g. suspension components for the principal suspension sites, pelvis, trunk, shoulder(s), upper arm, humeral condyles, radial/ulnar styloids.

Alignment components that permit changes in the position of the components of a prosthesis relative to one another. Included are, e.g. alignment components that are part of the structure of the prosthesis or can be removed and replaced by another structural component.

Structural components that connect the interface, functional and alignment components and maintain the integrity of the prosthesis. Included are, e.g. endoskeletal and exoskeletal components for prosthetic construction.

Cosmetic components that simulate the appearance and feel of the normal limb. Included are, e.g. shells, fillers, skins, stockings, gloves.

A collection of compatible components that can be integrated to produce a range of different lower limb prostheses. Included are, e.g. cosmetic lower limb prostheses.

Devices that replace part of the lower limb distal to the ankle joint after amputation or due to congenital limb deficiency. Included are, e.g. toe prostheses.

Devices that replace part of the lower limb at the ankle joint after amputation or due to congenital limb deficiency

Devices that replace part of the lower limb between the knee joint and the ankle joint after amputation or, due to congenital limb deficiency.

Devices that replace part of the lower limb at the knee joint after amputation or due to congenital limb deficiency

Devices that replace part of the lower limb between the hip joint and the knee joint after amputation or, due to congenital limb deficiency.

Devices that replace the lower limb at the hip joint after amputation or due to congenital limb deficiency

Devices that replace the lower limb together with part or all of the hemipelvis after amputation or, due to congenital limb deficiency.

Functional components of lower limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that substitute for some of the functions of the normal ankle and foot by means of controlled motions. Included are, e.g. separate ankle units, foot units.

Functional components of lower limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that allow transverse plane rotation, thus reducing the torque submitted

Functional components of lower limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb which reduce the impact load resulting from initial contact by allowing longitudinal motion (shortening)

Functional components of lower limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb; prosthetic units that allow transverse plane rotation of the segment of the prosthesis distal to the turntable; may incorporate a lock that is automatically locked and manually unlocked in the walking position.

Functional components of lower limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that substitute for some of the functions of the normal knee by means of controlled motions

Functional components of lower limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that substitute for some of the functions of the normal hip by means of controlled motions

Functional components of lower limb prostheses that substitute for some of the dynamic and sensory attributes of the normal limb and that constrain unwanted motion of the human joint(s). Included are, e.g. hip joints, knee joints, ankle joints.

Interface components of lower limb prostheses for achieving support, stabilization and suspension; may contain elements that contribute to the activation and/or control of functional components. Included are, e.g. prefabricated and custom-made liners to be placed in sockets for partial foot amputation, ankle disarticulation, transtibial (below knee) amputation, knee disarticulation, transfemoral (above-knee) amputation, hip disarticulation, transpelvic amputation.

Interface components of lower limb prostheses that are in direct contact with the wearer for achieving support, stabilization and suspension; may contain elements that contribute to the activation and/or control of functional components. Included are, e.g. prefabricated and custom-made sockets for partial foot amputation, ankle disarticulation, transtibial (below knee) amputation, knee disarticulation, transfemoral (above-knee) amputation, hip disarticulation, transpelvic amputation.

Interface components used to maintain the prosthesis relative to the body. Included are, e.g. suspension components for the principal suspension sites, pelvis, thigh, femoral condyles, and/or malleoli.

Alignment components that permit changes in the position of the components of a prosthesis relative to one another. Included are, e.g. alignment components that are part of the structure of the prosthesis or can be removed and replaced by another structural component.

Structural components that connect the interface, functional and alignment components and maintain the integrity of the prosthesis. Included are, e.g. endoskeletal and exoskeletal components for prosthetic construction.

Cosmetic components that simulate the appearance and feel of the normal limb. Included are, e.g. shells, fillers, skins, stockings, foot covers.

Devices used for the early mobilization of lower limb amputees prior to the supply of a definitive prosthesis

Devices used to replace totally, or in part, the appearance and function of an absent body segment other than limbs

Devices that substitute for all the hair on a person’s head.

Devices that substitute for a part of the hair on a person’s head.

Devices that substitute for eyelashes or eyebrows

Devices that substitute for the moustache or beard

Devices that fill in severe curvatures of the back

Devices that reproduce the appearance of all or part of the breast

Devices that reproduce the appearance of the eye

Devices that reproduce the appearance of the ears

Devices that reproduce the appearance of the nose

Devices that reproduce the appearance of all or a part of the face. Included are, e.g. eye prostheses, ear prostheses, nose prostheses and prostheses combining some or all of these..

Devices that reproduce the function of the palate

Devices that reproduce the appearance and the function of the teeth

Substances used to cover up blemishes on the skin