Work / Healthcare / Lower Limb Exoskeleton

Lower Limb Exoskeleton

Lower Limb Exoskeleton: an efficient rehabilitation assistive device that enhances stability and motion control.

Project Overview

Industry

Healthcare

Project Type

Medical Device

Client

电子科技大学

Awards

1 Award

Project Story

Lower Limb Exoskeleton

An active lower-limb exoskeleton developed with the University of Electronic Science and Technology of China for rehabilitation assistance, improving walking stability and motion control. Its shell must follow human kinematics.

The hip, knee and ankle axes each need their own kinematics, and the shell must stay rigid across different leg lengths while remaining ready for production.

IDING DESIGN built a parametric leg-length fit model, estimated knee fatigue life early, built the molding parting direction into the form and simulated the donning path. It won a Golden Panda Award.

Render of a white and orange lower-limb exoskeleton in a walking pose against a light grey background

Two renders of the lower-limb exoskeleton: a close-up of the waist control module and the full walking pose

Exoskeleton concept sketches and limb-motion studies (left) and a render close-up of an orange-ringed joint (right)

A user wearing a lower-limb exoskeleton and standing with two crutches against a light grey background

Torch relay scene: a torchbearer in an exoskeleton with crutches in a park, beside the poster “Hand in Hand for the World Games, Ignite the Dream”

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