Dual-Column Lower-Limb Robotic Exoskeleton

Wearable robotic gait retraining

Overview

A wearable intelligent assistive device that senses movement intention in milliseconds and delivers powered hip-knee-ankle gait training based on neuroplasticity.

Target joints / functions
Lower-limb motor impairment · Hemiplegia and multi-limb paralysis · Paraplegia due to spinal cord injury

Applicable stages
Subacute stage · Recovery stage · Sequelae stage

See programs using this system
Dual-Column Lower-Limb Robotic Exoskeleton

Key capabilities

  • Millisecond-level intention recognition
    Multi-dimensional sensors capture motion posture in real time and automatically match power assistance to the patient's intent.
  • Neuroplasticity-based gait retraining
    Repetitive gait training promotes neural reorganization and rebuilds normal gait patterns.
  • Coordinated hip-knee-ankle training
    Activates lower-limb muscle groups and rebuilds coordinated movement across the whole leg.

Photo gallery

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