Explorer MB

A light, airy, and adaptable functional arm prosthesis designed for users with forearm deficits or limited gripping function. The system combines modular base components with interchangeable activity modules and features magnetic closures and lacing systems for easy donning and doffing. The 3D-printed construction ensures minimal weight.

A robotic arm that performs all arm and hand gestures thanks to six motors and an integrated gripper, enabling users to reach, grab, and manipulate objects. It is mountable on electric wheelchairs, customizable, features six-axis movement capability, and is made in France.

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.

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.

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.

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.

A lightweight robotic exoskeleton designed for neurorehabilitation in clinical settings. Assists patients with neurological mobility impairments to relearn walking patterns. Adjusts in under 6 minutes and provides active support tailored to individual patient needs.

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 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.

Exoskeleton system for patients unable to stand or walk due to spinal cord injury, brain lesions, neurological diseases, or major post-operative conditions. Facilitates position transfer, standing training, and assists with activities of daily living while accommodating medical accessories.

KidGo is a pediatric rehabilitation exoskeleton designed to restore mobility and motor function in children with gait disorders, spinal cord injuries, or neurological conditions. The device integrates AI-driven algorithms, real-time motion tracking, and cloud-based data analytics to provide personalized therapy protocols and measurable rehabilitation outcomes in clinical and home settings.

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.