With a newly developed hand exoskeleton, patients can move their paralyzed hand again. Compared to existing hand exoskeletons, the model developed at the University of Stuttgart (Germany) has advantages such as a more flexible design. Next, the scientists want the exoskeleton to be controlled directly by the brain currents.
After brain or spinal cord injuries, paralysis of the hand can occur. Due to the restrictions in the professional and private spheres, this is a great loss of quality of life for those affected. The University of Stuttgart has now developed a hand exoskeleton with which the gripping ability of a paralyzed hand can be restored.