Ghent University Develops Soft Exoskeleton for the Back

Published on January 06, 2026 | Translated from Spanish
Prototype of the soft exoskeleton Exo-Skin placed on a person's lumbar area, showing its flexible fabric design adapted to the body.

Ghent University develops a soft exoskeleton for the back

A team from Ghent University has presented a new concept in robotic assistance for the back. It is the Exo-Skin, a soft exoskeleton that focuses on protecting the lumbar area, moving away from conventional rigid designs to imitate a second skin. 🦾

Custom manufacturing with 3D printing

The key to this system lies in its production method. The team manufactures each unit using 3D printing, which allows the device to be adapted to the specific anatomy of each user. They use elastic and textile materials that integrate with the body without restricting the wearer's natural range of motion.

Technical features of Exo-Skin:
It seems that the solution for back pain no longer just involves strengthening the muscles, but printing them in 3D and wearing them on top.

Objective: Reduce the load on the lower back

The device's main function is to mitigate fatigue in the lumbar musculature. It achieves this by providing an adjustable external support that helps the spine withstand less tension during demanding activities.

Potential areas of application:

A different approach to ergonomics

This development represents a paradigm shift by prioritizing soft adaptability over structural rigidity. By combining 3D printing with flexible materials, Exo-Skin seeks to be a preventive tool that is used comfortably and discreetly, integrating assistance technology directly into work or therapeutic clothing. 🤖