The global most powerful information hub of high performance & advanced materials, innovative technologies

to market your brand and access to the global demand and supply markets

German bionic company cooperates with SGL Carbon to develop a load-bearing structure of human exoskeleton carbon fiber, which can protect workers and increase productivity

German bionics company launched the fourth generation of human exoskeleton, which uses carbon fiber design, and is the latest workplace exoskeleton series, designed to be worn on the back of workers to provide support.

The fourth-generation robot exoskeleton actively supports the workers by expanding the activities of the workers and protecting the lower back from the excessive pressure generated by the maximum tension, thereby offsetting the weight. The robot exoskeleton is made of carbon fiber and integrates a cloud interface to easily connect to the Industrial Internet of Things (iIot) and smart factories.

 

The German Bionic Company and SGL Carbon have developed a carbon fiber load-bearing structure for the human exoskeleton. The fourth generation of the human exoskeleton is the lightest version to date, adding comfort to the wearer and making the suit more durable. The exoskeleton is worn like a backpack, with a seat belt tied in front. The frame extends above the hips, providing additional mechanical support. Each time the easily charged battery pack is charged, the exoskeleton can be used for up to eight hours.

 

Wearing a human exoskeleton can greatly reduce musculoskeletal injuries caused by weightlifting. The researchers also claim that wearing exoskeletons can reduce the absence of related workers by nearly a quarter, thereby keeping workers healthy and increasing productivity.

New accessories are provided with the human exoskeleton (smart Cray visor). When used in conjunction with the robot exoskeleton, Cray Visor can access iIoT and Smart Factory integration to display information and instructions on the visor screen. Sun visors are another way to protect workers’ health, protecting the wearer from airborne health risks.

 

"With the emergence of the fourth generation of networked robotic exoskeletons, we have once again set the standard for the entire exoskeleton industry worldwide," the relevant person said. "Since the beginning of the pandemic, systems-related industries, such as logistics and freight, have been under tremendous pressure, and we can now use our new equipment to strengthen employee support."

Please check the message before sending