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Orthosis and prosthesis

spinal and cranium orthosis

sacro-iliac orthosis

to limit range of joint(s) motion

to compensate for weak muscle activity

lumbar orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

lumbo-sacral orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

thoracic orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

thoraco-lumbar orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

thoraco-lumbo-sacral orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to increase joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

cervical orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

cervico-thoracic orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

cervico-thoraco-lumbo-sacral orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

cranium orthosis

to reduce and/or redistribute load on tissue

joints for spinal orthosis

abdominal support

hernia support

scrotal hernia

inguinal hernia

abdominal muscle support

to improve shape

compensate for weak muscle

reduce and/or redistribute load

upper limb orthosis

finger orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to limit range of joint(s) motion

to increase joint(s) motion

to improve shape

to compensate for weak muscle

to control muscle hyperactivity

to reduce and/or redistribute load

hand orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to limit range of joint(s) motion

to increase joint(s) motion

to improve shape

to compensate for weak muscle activity

to control muscle hyperactivity

to reduce and/or redistribute load on tissue

hand-finger orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to limit range of joint(s) motion

to increase joint(s) motion

to improve shape

to compensate weak muscle

to control muscle hyperactivity

to reduce and/or redistribute load on tissue

wrist-hand orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to limit range of joint motion

to increase joint(s) motion

to improve shape

to compensate for weak muscle activity

to control muscle hyperactivity

to reduce and/or redistribute load on tissue

wrist-hand-finger orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformit in alignment

to limit range of joint(s) motion

to increase joint(s) motion

to improve shape

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

elbow orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to limit range of joint motion

to increase joint motion..

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or redistribute load on tissue

elbow-wrist-hand orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in alignment

to limit range of joint(s) motion

to increase joint(s) motion

to compensate for weak muscle activity

to control effect of muscle hyper activity

to reduce and/or distribute load

forearm orthosis (ulna/radius)

to reduce deformity in alignment

to stabilize deformity in alignment

to decrease joint(s) motion

to reduce and/or redistribute load on tissue

shoulder orthosis

to prevent deformity in alignment

to reduce deformity in alignment

to stabilize deformity in aligment

to limit range of joint(s) motion

to increase joint motion

to compensate for weak muscle activity

to control muscle hyperactivity

to reduce and/or redistribute load

shoulder-elbow orthosis

to reduce joint(s) motion

to increase joint(s) motion

to compensate for weak muscle activity

to control muscle hyperactivity

to reduce and/or redistribute load

arm orthosis (humerus)

to reduce deformity in alignment

to stabiolize deformity in alignment

to reduce joint motion

to reduce and/or redistribute load on tissue

shoulder-elbow-wrist-hand orthosis

to reduce joint(s) motion

to compensate for weak muscle activity

to control muscle hyperactivity

to reduce and/or redistribute load

hand/finger joint

movement

lock at specific angle

manual lock and manual unlock

automatic lock and manual unlock

manual lock and automatic unlock

limit range of motion

at flexion

at extension

assist joint movement

at flexion

at extension

deformation

wrist joint

movement

lock at specific angle

manual lock and manual unlock

automatic lock and manual unlock

manual lock and automatic unlock

limit range of motion

at dorsal flexion

at palmar flexion

assist joint movement

at dorsal flexion

at palmar flexion

deformation

elbow joint

movement

lock at specific angle

manual lock and manual unlock

automatic lock and manual unlock

manual lock and automatic unlock

limit range of motion

at flexion

at extension

assist joint movement

at flexion

at extension

deformation

shoulder joint

movement

lock at specific angle

manual lock and manual unlock

automatic lock and manual unlock

manual lock and automatic unlock

limit range of motion

at abduction

at adduction

at internal movement

at external movement

at lateral flexion

at lateral rotation

assist joint movement

at abduction

at adduction

at internal rotation

at external rotation

at lateral flexion

at lateral rotation

deformation

lower limb orthosis

foot orthosis

to prevent deformity in alignment

complete foot

hindfoot

midfoot

forefoot/toes

to reduce deformity in alignment

complete foot

hindfoot

midfoot

forefoot/toes

to stabilize deformity in alignment

complete foot

hindfoot

midfoot

forefoot/toes

to reduce joint(s) motion

to add to length of lower limb

to compensate for weak muscle activity

complete foot

hindfoot

midfoot

forefoot/toes

to reduce and/or redistribute load

complete foot

hindfoot

midfoot

forefoot/toes

ankle-foot orthosis

to prevent deformity in alignment

low load

normal load

high load

to reduce deformity in alignment

low load

normal load

high load

to stabilize deformity in alignment

low load

normal load

high load

to limit range of joint motion

low load

normal load

high load

to add to length of segment

low load

normal load

high load

to compensate weak muscle activity

low load

normal load

high load

to control muscle hyperactivity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

knee orthosis

to prevent deformity in alignment

without patella correction

low load

normal load

high load

with patella correction

low load

normal load

high load

to reduce deformity in alignment

without patellacorrection

low load

normal load

high load

with patellacorrection

low load

normal load

high load

to stabilize deformity in alignment

with patellacorrection

low load

normal load

high load

without patellacorrection

low load

normal load

high load

to limit range of joint motion

low load

normal load

high load

to compensate for weak muscle activity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

knee-ankle-foot orthosis

to prevent deformity in alignment

low load

normal load

high load

to reduce deformity in alignment

low load

normal load

high load

to stabilize deformity in alignment

low load

normal load

high load

to limit range of joint(s) motion

low load

normal load

high load

to add to length of segment

low load

normal load

high load

to compensate for weak muscle activity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

leg orthosis (tibia/fibula)

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to reduce and/or redistribute load on tissue

hip orthosis

unilateral orthosis

to prevent deformity in alignment

low load

normal load

high load

to reduce deformity in alignment

low load

normal load

high load

to stabilize deformity in alignment

low load

normal load

high load

to limit range of joint motion

low load

normal load

high load

to compensate for weak muscle activity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

bilateral orthosis

to prevent deformity in alignment

low load

normal load

high load

to reduce deformity in alignment

low load

normal load

high load

to stabilize deformity in alignment

low load

normal load

high load

to limit range of joint(s) motion

low load

normal load

high load

to compensate for weak muscle activity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

hip-knee orthosis

to prevent deformity in alignment

low load

normal load

high load

to limit range of joint(s) motion

low load

normal load

high load

to compensate for weak muscle activity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

thigh orthosis (femoral)

to reduce deformity in alignment

to stabilize deformity in alignment

to reduce joint(s) motion

to reduce and/or redistribute load on tissue

hip-knee-ankle-foot orthosis

to prevent deformity in alignment

low load

normal load

high load

to reduce deformity in alignment

low load

normal load

high load

to stabilize deformity in alignment

low load

normal load

high load

to limit range of joint(s) motion

low load

normal load

high load

to compensate for weak muscle activity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

thoraco-lumbo-hip-knee-ankle-foot orthosis

unilateral

to prevent deformity in alignment

low load

normal load

high load

to stabilize deformity in alignment

low load

normal load

high load

to compensate for weak muscle activity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

bilateral

to stabilize deformity in alignment

low load

normal load

high load

to limit range of joint(s) motion

low load

normal load

high load

to compensate for weak muscle activity

low load

normal load

high load

to reduce and/or redistribute load on tissue

low load

normal load

high load

foot/toe joint

ankle joint

movement

lock at specific angle

manual lock and manual unlock

automatic lock and manual unlock

manual lock and automatic unlock

limit range of motion

at dorsiflexion

at plantarflexion

assist joint movement

at dorsiflexion

at plantarflexion

deformation

knee joint

movement

lock at specific angle

manual lock and manual unlock

automatic lock and manual unlock

manual lock and automatic unlock

limit range of motion

at flexion

at extension

assist joint movement

at flexion

at extension

deformation

hip joint

movement

lock at specific angle

manual lock and manual unlock

automatic lock and manual unlock

manual lock and automatic unlock

limit range of motion

at flexion

at extension

at internal rotation

at external rotation

at abduction

at adduction

assist joint movement

at flexion

at extension

at internal rotation

at external flexion

at abduction

at adduction

deformation

upper limb prosthesis

partial hand prosthesis

body powered

passive

externally powered

wrist disarticulation prosthesis

passive

social functional

adjustable grip

body powered

externally powered

controlled by mechanical switches

controlled by myo-electrical signals

trans-radial prosthesis

passive

social functional

adjustable grip

body powered

externally powered

controlled by mechanical switches

controlled by myo-electrical signals

elbow disarticulation prosthesis

passive

social functional

adjustable grip

body powered

externally powered

controlled by mechanical switches

controlled by myo-electrical signals

hybrid controlled

controlled by mechanical switches

controlled by myo-electric signals

trans-humeral prosthesis

passive

social functional

adjustable grip

body powered

externally powered

controlled by mechanical switches

controlled by myo-electrical signals

hybrid controlled

shoulder disarticulation prosthesis

passive

social functional

adjustable grip

body powered

externally powered

forequarter prosthesis

passive

social functional

adjustable grip

body powered

externally powered

prosthetic hand

passive

cosmetic

adjustable grip

active

body powered

externally powered

controlled by mechanical switches

controlled by myo-electrical signals

split hook and specialised tools

body powered

externally powered

controlled by mechanical switches

controlled by myo-electric signals

specialised appliance or tool

wrist unit

active

body powered

externally powered

controlled by mechanical switches

controlled by myo-electrical signals

passive

elbow unit

active

body powered

externally powered

controlled by mechanical switches

controlled by myo-electrical signals

passive

shoulder unit

active

body powered

externally powered

controlled by mechanical switches

controlled by myo-electrical switches

passive

external (side) joints

humeral rotation unit

additional humeral flexion unit

alignment component

interface component

socket

wrist exarticulation and trans-radial prosthesis

anatomical suspension

liner suspension with locking system

fore-arm socket with upper-arm corset

elbow exarticulation and trans-humeral prosthesis

anatomical suspension

liner suspension with locjing systemking system

shoulderexarticulation and forequarter amputation prosthesis

anatomical suspension

open socket with locking system

osseo integration prosthesis

trans-radial

trans-humeral

lower limb prosthesis

partial foot prosthesis

phalangeal amputation prostheses

metatarso-phalangeal disartculation prosthesis

metatarsal amputation prostheses

tarso-metatarsal disarticulation prostheses

tarsal amputation prostheses

ankle disarticulation prosthesis

without ankle/foot unit

without ankle/foot unit

without ankle/foot unit (1)

with ankle/foot unit

IMFL-0

IMFL-1

IMFL-2

IMFL-3

IMFL-4

trans-tibial prosthesis

IMFL-0

IMFL-1

functional finish

cosmetic finish

proof against environmental influences

IMFL-2

functional finish

cosmetic finish

proof against environmental influences

IMFL-3

functional finish

social functional finish

proof against environmental influences

IMFL-4

functional finish

cosmetic finish

proof against environmental influences

knee disarticulation prosthesis

IMFL-0

IMFL-1

functional finish

cosmetic finish

proof against environmental influences

IMFL-2

functional finish

cosmetic finish

proof against environmental influences

IMFL-3

functional finish

cosmetic finish

proof against environmental influences

IMFL-4

functional finish

cosmetic finish

proof against environmental influences

trans-femoral prosthesis

IMFL-0

IMFL-1

functional finish

cosmetic finish

proof against environmental influences

IMFL-2

functional finish

cosmetic finish

proof against environmental influences

IMFL-3

functional finish

cosmetic finish

proof against environmental influences

IMFL-4

functional finish

cosmetic finish

proof against environmental influences

hip disarticulation prosthesis

IMFL-0

IMFL-1

functional finish

cosmetic finish

proof against environmental influences

IMFL-2

functional finish

cosmetic finish

proof against environmental influences

IMFL-3

functional finish

cosmetic finish

proof against environmental influences

transpelvic prosthesis

hemicorporectomy prosthesis

ankle-footunit

jointed

mono-axial joint with energyabsorption

multi-axial joint with energy absorption

powered with external control

unjointed

fixed foot (no deformation in the ankle area)

multi-axial deformation in the ankle area

multi-axial deformation in the ankle area combined with energy store and return

elastic deformation with energy store and return

forefoot/toes deformation to adapt to surface

torque reducer

shock absorber

knee-unit

stance phase control

monocentric with lock

manual lock and manual unlock

automatic lock and manual unlock

automatic lock and automatic unlock

monocentric with resistance (brake)

with constant friction

with variabel resistance depending on groundreaction force

with variabel resistance depending on knee flexion angle

with variabel resistance depending on knee angular speed

with variabel resistance depending on knee angular acceleration

with variabel resistance depending on (vertical) position of distal part of the prosthesis

monocentric posterior offset

polycentric posterior virtual offest

limited range of controlled flexion at initial heel contact

swing phase control

assisted extension

test

constant resistance flexion/extension and assisted extension

constant damping flexion/extension and assisted extension

variable resistance and damping flexion/extension dependent on flexion and assisted extension

variable resistance depending on accelaretion)

hipunit

stance phase control

fix in neutral position

manual lock and manual unlock

automatic lock and manual unlock

resist extension following initial foot contact

swing phase control

assist hip flexion at the beginning of the swing phase

resist and/or limit hip flexion at the end of the swing phase

external joint

manual lock and manual unlock

automatic lock and manual unlock

alignment component

liner

trans-tibial prosthesis

modify distribution of forces for support and stabilisation

suspension at swing stage

knee disarticulation prosthesis

modify distribution of forces for support and stabilisation

suspension at swing stage

trans-femoral prosthesis

modify distribution of forces for support and stabilisation

suspension at swing stage

socket

ankle disarticulation prosthesis

trans-tibial prosthesis

PTB standard

PTB anatomic

KBM anatomic

KBM standard

TSWB (Total Surface Weight Bearing)

PTS

socket with external knee joints

knee disarticulation prosthesis

self-suspending socket

additional suspending

trans-femoral prosthesis

NML

markant

feminine markant

medium

anatomic

Quadrilateral

markant

medium

feminine markant

hybride

hip disarticulation prosthesis

trans-pelvic amputation prosthesis

hemicorporectomy prosthesis

temporary or early fitting or interim socket

suspensory component other than socket

shoulder suspension

pelvis suspension

thigh suspension

femoral condyles suspension

malleilo suspension

osseo-integration

trans-tibia

trans-femoral

Footwear orthopaedic

to prevent deformity in alignment

lower leg

low load

normal

high load

complete foot

low load

normal load

high load

hindfoot

low load

normal load

high load

midfoot

low load

normal load

high load

forefoot/toes

low load

normal load

high load

to reduce deformity in alignment

lower leg

low load

normal

high load

complete foot

low load

normal load

high load

hindfoot

low load

normal load

high load

midfoot

low load

normal load

high load

forefoot/toes

low load

normal load

high load

to stabilize deformity in alignment

lower leg

low load

normal

high load

complete foot

low load

normal load

high load

hindfoot

low load

normal load

high load

midfoot

low load

normal load

high load

forefoot/toes

low load

normal load

high load

to limit range of joint(s) motion

lower leg

low load

normal

high load

complete foot

low load

normal load

high load

hindfoot

low load

normal load

high load

midfoot

low load

normal load

high load

forefoot/toes

low load

normal load

high load

to add to length

Of lower leg

low load

normal load

high load

of complete foot

low laod

normal laod

high load

to improve the shape

lower leg

complete foot

hindfoot

midfoot

forefoot/toes

to compensate for weak muscle activity

lower leg

low load

normal

high load

complete foot

low load

normal load

high load

hindfoot

low load

normal load

high load

midfoot

low load

normal load

high load

forefoot/toes

low load

normal load

high load

to control the effect of muscle hyperactivity

lower leg

low load

normal

high load

complete foot

low load

normal load

high load

hindfoot

low load

normal load

high load

midfoot

low load

normal load

high load

forefoot/toes

low load

normal load

high load

to reduce and/or redistribute load on tissue

lower leg

low load

normal

high load

complete foot

low load

normal load

high load

hindfoot

low load

normal load

high load

midfoot

low load

normal load

high load

forefoot/toes

low load

normal load

high load

seat orthosis

orthopaedic support

pressure distribution

body orthosis

Assistive products for personal care

clothes and shoes

shoes and boots

body worn assistive products for protecting the body

head protection

eye and face protection

ear and hearing protection

elbow or arm protection

hand protection

knee or leg protection

heel toe and foot protection

thrunk or whole-body protection