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Bionic Exoskeleton Power-Assist Legs for Walking Support - Wearable Mobility Aids for Mountaineering, Stair Climbing & Training

Bionic Exoskeleton Power-Assist Legs for Walking Support - Wearable Mobility Aids for Mountaineering, Stair Climbing & Training

Regular price $1,000.00
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SPECIFICATIONS

Application: leg

Brand Name: JBMBHC

Keyword: The legs of rehabilitation Stroke Walking AIDS

Keyword 10: Walking Aid Bionic body power Walking AIDS

Keyword 11: lower limb rehabilitation training

Keyword 12: stroke hemiplegia rehabilitation training Walking AIDS

Keyword 2: rodilleras para dolor

Keyword 3: Aid Bionic body power

Keyword 4: walking aids for the elderly

Keyword 5: dropshipping

Keyword 6: knee support

Keyword 7: knee support joint pain

Keyword 8: leg walking training

Keyword 9: stroke hemiplegia walker

Material: ABS & TPR

Origin: Mainland China

Note:

This walking aid is only suitable for individuals with functional leg mobility!
It is not suitable for those with leg weakness or who are unable to walk!

Walking Aid

- Simple and convenient
- Adjustable strength
- Easy to wear
- Bionic design

Suitable for:

- Knee pain
- Frail elderly
- Long-distance hiking
- Old injuries and illnesses

Features:

1.Motorised Module
Walking can be assisted by 50%, naturally obtaining power without charging.

2.Lightweight and comfortable - bionic design
The use of bionic design, the whole looks like a human leg, when used in the use of the weak side of the body, through the same rhythm with the human body pace to make up for the lack of muscle power, with the help of natural gravity to complete the efficient, harmonious auxiliary exercise.

3. Pendulum Principle - Passive Dynamic Walking
What is "Passive Dynamic Walking"?
It was first published by Dr Tad MacGeer of Canada in 1990. Simply put, it is to regard human hips and knees as two pendulum oscillators, which reveals that human beings do not only rely on their leg muscles to walk (active), but also need the natural gravity trend (passive), and it is precisely in this way that human beings can walk in a low energy and efficient way.