Wearable Gait Rehabilitation Exosuit

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.

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.

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

FreeGait® is a wearable robotic exoskeleton designed to assist patients with lower limb mobility impairment and gait dysfunction. The device enables weight-bearing ambulation and rehabilitation for individuals with spinal cord injury, stroke, or neurological conditions. It integrates motorized joint actuators with sensors to provide powered movement support during standing and walking therapy.

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.

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

A robotic-assisted gait training device for neurological rehabilitation therapy. Enables intensive walking practice while providing active assistance adjusted to patient tolerance levels. Designed for accessibility across diverse clinical rehabilitation environments.

ExoAtlet II is a wearable exoskeleton device designed for gait rehabilitation in patients with spinal cord injury and lower limb paralysis. It enables assisted walking through powered joint actuation while integrated with physiotherapy protocols to facilitate neuromotor recovery and functional restoration. The system combines mechanical support with structured rehabilitation training to improve mobility, cardiovascular health, and psychosocial outcomes in patients with non-ambulatory conditions.

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

WIM is an advanced lower-body exoskeleton designed to assist rehabilitation and support daily movement by recognizing user intention in real time and adapting to natural movements. The device strengthens the lower body, assists with walking and stair climbing, and includes AI Coach technology for personalized exercise coaching and gait analysis. WIM features continuous motion sensing, long-term data collection, and is compact enough to be donned or doffed in 30 seconds with water and dust-resistant technology.

Wearable robotic exoskeleton designed for gait rehabilitation in patients with spinal cord injury and lower limb paralysis. ExoAtlant Torso enables weight-bearing ambulation and repetitive stepping training to facilitate neuromotor recovery and restore walking function. Integrates with physiotherapy protocols to improve motor outcomes and enhance patient quality of life.

A wearable medical exoskeleton designed for patients with spinal cord injuries, multiple sclerosis, cerebral palsy, traumatic brain injury, stroke effects, and those recovering from arthroplasty. It supports patients weighing up to 100 kg, with a height range of 160-190 cm, and provides up to 4 hours of continuous walking per charge. The device enables gait restoration and improves patients' social and emotional condition.