A pediatric exoskeleton is a portable robotic aid, specially designed for children. It supports or restores movement function, often for conditions such as muscular dystrophy, through an external frame with motors and sensors.

The Westchester method is our unique, biomechanical approach where the child's growth and development are actively modeled in the exoskeleton's control software. This allows the support to grow with the child, for optimal and safe rehabilitation.

Our supportive robotics is primarily developed for children with neuromuscular conditions such as muscular dystrophy, who benefit from support with walking, standing, or arm movements. A medical indication is required.

Traditional techniques are often static. Our robotics is adaptive, thanks to the Westchester method. The system learns and continuously adapts to the child's biomechanical development, leading to more personalized and effective therapy.

No. We use lightweight, ergonomic materials such as titanium-gray composites and joint-blue polymers to minimize weight and maximize wearing comfort, allowing the child to move freely.

Contact us via contact.html. Our team of specialists will then assess together with you and your practitioner whether our pediatric robotics is a suitable option. We would be happy to invite you for a personal meeting at our research center.