Tongxing KidGo Children's Exoskeleton (Institutional Version)

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-controlled gait training robot that assists patients with walking rehabilitation and lower limb recovery.

A gait trainer for rehabilitation children with maximum weight capacity of 45 kg. It supports targeted walking and movement development.

An exoskeleton for research and early mobility rehabilitation for patients with locomotor disorders including stroke, cerebral palsy, spinal cord injury, multiple sclerosis, traumatic brain injury, and post-arthroplasty conditions. The device features ergonomic handles for physical therapists, can be controlled via remote control or tablet, and includes auditory cues for each step. It is capable of walking up and down stairs, tolerates uneven surfaces, weighs up to 25 kg, requires no external cables, and supports patients weighing up to 110 kg and with heights between 160-190 cm. The exoskeleton is ISO 13485 certified and has been used in multiple clinical research projects worldwide since 2017.

A wearable robotic device designed to enable over-ground walking for children with mobility impairments and disabilities. The device is adjustable to accommodate individual patient needs and can be used in clinical settings or home environments. It provides mechanical support and assistance for children with conditions such as cerebral palsy and other walking impairments.

A pediatric exoskeleton designed to assist gait in children with neurodevelopmental disorders. It features active joints with variable stiffness that mimic natural muscle function, allowing personalized gait therapy adapted to each patient's needs. The device enables children to walk in everyday environments such as parks, streets, and schools, providing greater independence, mobility, and confidence while promoting social participation and integration. It accommodates an approximate age range from 2 to 17 years.

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.

A motorized wearable exosuit designed for muscle reconstruction and joint motion recovery. The device weighs 4.5kg including unit, battery, and apparel, utilizing bio-inspired tendon-driven robotics to deliver real-time gait cycle assistance.

The first pediatric personal-use exoskeleton specifically designed to assist gait in children with neurodevelopmental disorders. It allows children to walk in everyday environments such as parks, streets, and schools, providing greater independence, mobility, and confidence while promoting social participation and integration. The device evolves with the child's growth and accommodates an approximate age range from 2 to 17 years.

An overground walking exoskeleton for pediatric rehabilitation Bambini Teens is a robotic walking system developed specifically for children with congenital or acquired neurological disorders. Active and passive gait programs provide options for a wide variety of users. It is the first overground walking exoskeleton with powered ankle motion to enable more natural gait training.

A THKAFO-type pediatric gait exoskeleton comprising 8 active joints that support the child from trunk to feet without requiring torso control. Dimensions are easily adjustable to accommodate child growth and installation takes approximately 5 minutes. It includes an auxiliary frame that couples to the exoskeleton for patient safety and enables the child to experience independent walking while allowing therapists to interact face-to-face. The exoskeleton interprets patient movement intention non-invasively and responds in each step, and can also operate passively to generate patient-specific gait patterns. Extra batteries are included.

Robotic exoskeleton for neurological rehabilitation that provides active assisted walking to restore mobility in patients with neurological impairments. Lightweight and quick-fitting design enables rapid patient setup in clinical settings, maximizing therapy time. Helps retrain neural and muscular patterns for gait recovery.