The Robo-Mate is the World's First Industrial Exoskeleton
Rahul Kalvapalle — June 22, 2015 — Tech
References: robo-mate.eu & gizmag
The Robo-Mate is the world's first industrial exoskeleton, and is designed to help lighten the load of industrial workers engaged in heavy lifting tasks. The exoskeleton, unveiled in Stuttgart in Germany, can make 10 kilos feel like one.
The exoskeleton consists of inter-supporting modules for the arms, legs and trunk. The trunk module supports the back and spine and prevents slipped discs. The leg modules support the inner thighs and function as seats while squatting.
The Robo-Mate is designed to support industrial workers in their everyday work and keep them healthy. Despite increasing automation, there will always be certain physical tasks that robots won't be able to accomplish and which call for human laborers to put their bodies on the line. This exoskeleton helps make their job easier and safer.
The exoskeleton consists of inter-supporting modules for the arms, legs and trunk. The trunk module supports the back and spine and prevents slipped discs. The leg modules support the inner thighs and function as seats while squatting.
The Robo-Mate is designed to support industrial workers in their everyday work and keep them healthy. Despite increasing automation, there will always be certain physical tasks that robots won't be able to accomplish and which call for human laborers to put their bodies on the line. This exoskeleton helps make their job easier and safer.
Trend Themes
1. Industrial Exoskeleton Technology - The development of industrial exoskeletons can revolutionize the way heavy lifting tasks are performed, reducing strain on workers and preventing physical injuries.
2. Improving Workplace Safety - The use of exoskeletons in industries can significantly enhance workplace safety by providing additional support and reducing the risk of accidents and injuries.
3. Human-robot Collaboration - The integration of exoskeleton technology promotes a new era of human-robot collaboration, where workers and robots work together to optimize efficiency and productivity.
Industry Implications
1. Manufacturing - The manufacturing industry can benefit from industrial exoskeletons by improving worker safety and minimizing injuries caused by heavy lifting activities.
2. Construction - The construction industry can leverage exoskeleton technology to reduce physical strain on workers and enhance overall productivity on construction sites.
3. Logistics and Warehousing - Exoskeletons can have a significant impact on the logistics and warehousing industry, enabling workers to effortlessly handle heavy loads and mitigate the risk of injuries.
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