Advantages & Benefits

MATE will help your job

The beneficial effects of using MATE devices have been constantly documented since the start of its development.

Discover the advantage and benefits of MATE for your company.

worker at a factory environment supported by an exoskeleton for arms and shoulders.

Using MATE generates a steady reduction in stressed muscle activation during weightlifting activities, improving your ergonomics, posture and reducing muscular strain.

reduced muscular effort

Using MATE generates a steady reduction in stressed muscle activation during weightlifting activities, improving your ergonomics, posture and reducing muscular strain.


WHAT DO 100+ WORKERS PERFORMING DAILY AND REPETITIVE

ACTIVITIES SAY ABOUT MATE?


High correlation between perceived strain reduction and the reduced muscular effort

perceived effort reduction

High correlation between perceived strain reduction and the reduced muscular effort

More than 50% of workers reported a beneficial upgrade of their job quality

back support relief

More than 50% of workers reported a beneficial upgrade of their job quality

Results-on-site activities with (100+) workers


BY WORKERS FOR WORKERS

The MATE exoskeletons are at the top of their class for acceptance and usability.


How MATE will help your business

MATE increases the quality of life at work by providing consistent and advanced movement assistance during repetitive and/or daily tasks.

Did you know that MATE is the first exoskeleton certified as an effective tool to reduce the Biomechanical overload using the new release of EAWS?

Learn more about the ESO-EAWS Project!

ESO-EAWS Project cover

Did you know that MATE is the first exoskeleton certified as an effective tool to reduce the Biomechanical overload using the new release of EAWS?

“In general, we can observe that in this task the presence of the exoskeleton was beneficial for the perceived fatigue, for the time execution and for the precision with which the assignment was performed.”

Discover more by reading the following article:
Passive Upper Limb Exoskeletons: An Experimental Campaign with Workers

Stefania Spada, Lidia Ghibaudo, Chiara Carnazzo, Laura Gastaldi, and Maria Pia Cavatorta

“In general, we can observe that in this task the presence of the exoskeleton was beneficial for the perceived fatigue, for the time execution and for the precision with which the assignment was performed.”

The muscular effort reduction provided by MATE can contribute to reducing the occurrence of work-related MSDs and their direct and indirect costs.

The muscular effort reduction provided by MATE can contribute to reducing the occurrence of work-related MSDs and their direct and indirect costs.


CERTIFICATIONS AND AWARDS