ABLE Lower Limb Robotic Exoskeleton

An exoskeleton device for the lower extremities designed to assist rehabilitation of leg function and mobility. It provides mechanical support and training for patients with lower limb impairments.

Wearable exoskeleton robot designed for patients with spinal cord injury, stroke, lower limb weakness, or neurological disorders affecting lower limb motor function. Used in hospital rehabilitation departments and medical institutions to assist ambulatory patients with gait training and functional recovery.

A medical exoskeleton robot suit designed to assist with lower limb walking and rehabilitation.

A lower limb exoskeleton rehabilitation robot for gait training and mobility assistance.

An orthopedic exoskeleton arm trainer for rehabilitation therapy and stroke exercise recovery in the upper limbs.

A wearable exoskeleton designed to support lower limb rehabilitation and daily movement. The device assists walking, stair climbing, and strengthens the lower body while adapting to individual patient movements. It enhances mobility, independence, and safety for patients requiring gait support and rehabilitation.

A lower limb exoskeleton robot based on neural remodeling principles that combines sitting, standing, and walking functions. The mechanical legs drive patients through repetitive physiological gait training to enhance muscle strength and restore joint motion, with optional hand controller functionality for patient-initiated movement and proprioception restoration during walking.

An advanced rehabilitation device designed for upper limb motor recovery and rehabilitation therapy. The system has been presented at multiple medical conferences including the Chinese Medical Association conference and provincial rehabilitation medicine conferences.

Powered exoskeleton system for gait training and mobility assistance in patients with lower limb disabilities. Provides motorized hip and knee support to enable walking and therapeutic rehabilitation. FDA-cleared for clinical and personal use in physiotherapy settings.

Wearable robotic suit designed for rehabilitation therapy in children. The device assists with motor function recovery and supports physical therapy protocols for pediatric patients with mobility impairments.

Specialized motor and control systems for powered exoskeletons treating neurological conditions including paraplegia and stroke recovery. Enable assistive movement for patients with neuromuscular disabilities.

Wearable robotic system that enables patients with physical disabilities to overcome functional limitations. Provides mechanical support to facilitate independent movement and reduce caregiver dependency.