Explorer System

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.

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.

An innovative arm support system with customizable range of motion and action plane limitation. It provides dynamic support for users with reduced arm mobility.

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

An innovative robotic arm support that facilitates vertical movements by reducing the arm's weight. Designed for people with limited strength, it eliminates the physical effort required to lift the arm and perform daily activities such as eating, lifting objects, and making phone calls. It features one motor, is mountable on electric wheelchairs, customizable with various colors, available in different arm brace sizes, and is made in France.

Custom 3D-printed orthotic device for upper extremity support currently under development. Designed to provide arm and hand positioning support for various clinical conditions. Will offer individualized fit through advanced 3D printing technology.

Advanced prosthetic device with intelligent control systems enabling natural movement and rehabilitation for limb loss patients.

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

A lower extremity robotic exoskeleton system for gait rehabilitation and motor function recovery. Facilitates retraining of motor pathways for patients with neurological conditions affecting locomotion. Validated through clinical trials in hospital neurorehabilitation centers.

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.

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 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.