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Academy Digital Learning

0:42
Prosthetics Lower Limb
C-Leg

C-Leg 4: Sitting Function

The new sitting function automatically switches C-Leg 4 to free-swing when the user sits down, resulting in a relaxed position and activation of a battery save mode.
The new sitting function automatically switches C-Leg 4 to free-swing when the user sits down, resulting in a relaxed position and activation of a battery save mode.
1:30
Prosthetics Lower Limb
C-Leg

C-Leg: 4: Intuitive Stance and Manual Stance

Users now have the ability to choose between the familiar manual C-Leg stance function or Intuitive Stance. This video shows how to activate and deactivate the manual and the Intuitive stance function.
Users now have the ability to choose between the familiar manual C-Leg stance function or Intuitive Stance. This video shows how to activate and deactivate the manual and the Intuitive stance function.
4:40
Neuro Orthotics

Fabrication of C-Brace® in Wetlamination. #2

This video shows how to prepare the PVC profiles within the fabrication of a C-Brace® legorthosis in wetlamination technique. (Chapter 2/4)
This video shows how to prepare the PVC profiles within the fabrication of a C-Brace® legorthosis in wetlamination technique. (Chapter 2/4)
2:13
Prosthetics Lower Limb

Prosthetic gait training Stability before mobility

Franziska and Gerhard show simple exercises for weight transfer and for improving stability. The exercises are suitable for C-Leg 4, Genium, Genium X3 and Kenevo (Mode C).
Franziska and Gerhard show simple exercises for weight transfer and for improving stability. The exercises are suitable for C-Leg 4, Genium, Genium X3 and Kenevo (Mode C).
5:09
Neuro Orthotics
C-Brace

Fabrication of C-Brace® in Wetlamination. #4

This video shows how to finish the orthosis within the fabrication of a C-Brace® legorthosis in wetlamination technique. (Chapter 4/4)
This video shows how to finish the orthosis within the fabrication of a C-Brace® legorthosis in wetlamination technique. (Chapter 4/4)
9:56
Neuro Orthotics
C-Brace

Fabrication of C-Brace® in Wetlamination. #1

This video shows how to position the joint connection within the fabrication of a C-Brace® legorthosis in wetlamination technique. (Chapter 1/4
This video shows how to position the joint connection within the fabrication of a C-Brace® legorthosis in wetlamination technique. (Chapter 1/4
15:58
Neuro Orthotics

Fabrication of C-Brace® in Wetlamination. #3

This video shows how to lay-up the reinforcement within the fabrication of a C-Brace® legorthosis in wetlamination technique. (Chapter 3/4)
This video shows how to lay-up the reinforcement within the fabrication of a C-Brace® legorthosis in wetlamination technique. (Chapter 3/4)
1:19
Prosthetics Lower Limb
C-Leg

C-Leg 4: Swing Flexion Angle

The swing flexion angle describes the angle at which the knee starts to extend again. For a physiological gait it is approximately 65°, regardless of the walking speed. 65° is the standard value in the software, it can be adjusted individually for the patient.
The swing flexion angle describes the angle at which the knee starts to extend again. For a physiological gait it is approximately 65°, regardless of the walking speed. 65° is the standard value in the software, it can be adjusted individually for the patient.
1:18
Prosthetics Lower Limb
C-Leg

C-Leg 4: Stance Flexion Resistance

The stance flexion resistance can be set up in the adjustment software for the patient, individually. Based on body weight and lower leg length a recommendation for the value is shown in the software.
The stance flexion resistance can be set up in the adjustment software for the patient, individually. Based on body weight and lower leg length a recommendation for the value is shown in the software.
2:36
Prosthetics Lower Limb
C-Leg

C-Leg 4: Safe Distance Socket - Electronics

The distance between the socket and main electronics must always be checked when a knee extender is being used. If the specified minimum distance is not maintained, readjustment of the distal socket area is required at a minimum.
The distance between the socket and main electronics must always be checked when a knee extender is being used. If the specified minimum distance is not maintained, readjustment of the distal socket area is required at a minimum.

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