Robotic Exoskeleton for Shoulder Injuries

The human shoulder is a truly complex joint which when injured can hinder a wide range of motion and abilities to work for the wounded person. Rehabilitation of this complex joint can also be difficult, but the researchers at the Universidad Politécnica de Madrid in conjunction with the Center for Automation and Robotics may have just made it easier.

The robotic exoskeleton which has been developed by the scientists is able to help in the different types of rehabilitation therapies that an injured shoulder may need. The use of strength and motion sensors allows the exoskeleton to ascertain the level of recovery of the individual and customize the treatment process from the feedback gained.

Cecilia García Cena, the main researcher of the science project has said that the system is not just about replicating the shoulder joint but also the entire functioning of the skeletal system, muscles, tendons and ligaments all working together. At the same time, its a simple system which can be adapted to use for a number of patients quite easily.

The exoskeleton developed by the Center for Automation and Robotics researchers has helped to reduce the recovery time from a shoulder injury, as well as providing progress of the entire rehabilitation process. Needless to say this research project will have far reaching impact on the future of shoulder physiotherapy.