Lower Limb Walking Aid Rehabilitation Exoskeleton Robot Suit

A wearable exoskeleton suit designed to provide gait training and mobility support for patients with lower limb impairments. The device enables powered assistance during walking and rehabilitation exercises.

Wearable robotic system for comprehensive physical therapy applications. Assists in strength training, range of motion exercises, and functional mobility recovery for patients with various medical conditions.

An exoskeleton suit designed for medical professionals to reduce lower limb and lumbar burden during prolonged standing work. The device distributes body weight across the shins and thighs, enabling extended standing procedures with reduced musculoskeletal fatigue.

Non-motorized wearable exoskeleton providing musculoskeletal protection and load distribution. Suitable for extended use in clinical and occupational settings to reduce physical strain and fatigue.

A wearable assistive device (formerly known as Mollii Suit) designed to provide functional support for patients with neurological disorders affecting movement and mobility. The suit assists in rehabilitation and functional movement training.

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.

Exoskeleton-type lower limb rehabilitation robot that enables ground walking for individuals with severe disabilities.

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 fabric-integrated robotic exoskeleton designed to provide supplementary force to lower extremities for patients with gait impairment or muscle weakness. The device assists with walking, standing, and stair negotiation while maintaining postural alignment.

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.