In an effort to expand the use of wearable robotic systems to facilitate human-machine collaboration, Comau and Iuvo have entered into a partnership with the University of Heidelberg. The aim of the joint project is to quantify the extent to which the 'Mate-XT' exoskeleton can reduce physical strain during strenuous activities such as repetitive shoulder movements in German industry. The scientific study will analyze the biomechanics of using the exoskeleton for new applications, under new conditions and in new industrial and outdoor environments, while verifying the user's learning and motor adaptation speed.

Iuvo, a spin-off company of the Scuola Superiore Sant'Anna (Pisa, Italy), established the contact between Comau and Heidelberg University. The majority shares in Iuvo are held by the joint venture between Comau and Össur, a provider in the field of non-invasive orthopaedics to improve human mobility. Together with Iuvo, Comau has developed both the original 'Mate' and the 'Mate-XT' exoskeleton.

Among other factors, Heidelberg University will study the biomechanical and productivity results to gather more data on the effectiveness of the exoskeleton for novel and highly demanding applications.

"The partnership with the University of Heidelberg underscores our commitment to advancing the use of adaptive wearable technologies by combining empirically supported research, intelligent robotics and biomedical expertise," said Giuseppe Colombina, Comau Humanufacturing Innovation Hub Leader and CEO of Iuvo.

"The collaboration with Comau and Iuvo is a highly strategic aspect for my research group at Heidelberg University. We have the opportunity to test a certified device from a leading automation company that also complements the robotic technology we have developed here," emphasizes Dr. Lorenzo Masia, Professor of Medical Technology and Biorobotics at Heidelberg University.

According to Comau, the validation of technologies in the field of biomedical devices and wearable robotic systems is an important step towards improving the quality of life of workers who perform heavy, repetitive or highly manual tasks. Comau estimates that the global market for exoskeletons will achieve an annual growth rate of up to 40% over the next five years, with the industrial sector accounting for just under half of this.