German Bionic's Cray X Was Built For Demanding Physical Labor
Niko Pajkovic — December 14, 2021 — Tech
References: germanbionic & techcrunch
German Bionic, a company specializing in robotic exoskeleton systems, has announced the launch of Cray X, a new wearable human-robotic exoskeleton designed to provide mechanical assistance for physically demanding manual labor.
The new system is capable of supporting an additional 66 pounds per lift, meaning Cray X wearers will be able to pick up and carry substantially heavier loads without introducing any additional stress to their backs. As of right now, the innovative vest-like system is set to launch in early 2022 and will be available as a hardware-as-a-service subscription model.
According to the company, the machine "works by gently pushing the legs forward when loads need to be moved from a to b," which helps reduce premature exhaustion, allowing workers to preserve their energy while avoiding injury.
Image Credit: German Bionic
The new system is capable of supporting an additional 66 pounds per lift, meaning Cray X wearers will be able to pick up and carry substantially heavier loads without introducing any additional stress to their backs. As of right now, the innovative vest-like system is set to launch in early 2022 and will be available as a hardware-as-a-service subscription model.
According to the company, the machine "works by gently pushing the legs forward when loads need to be moved from a to b," which helps reduce premature exhaustion, allowing workers to preserve their energy while avoiding injury.
Image Credit: German Bionic
Trend Themes
1. Supportive Exoskeleton Systems - Companies can develop wearable robotic exoskeletons that augment physical strength and support labor workers in their tasks.
2. Hardware-as-a-service Subscription Model - Businesses can offer exoskeleton services, like the German Bionic's Cray X, to customers through subscription-based or lease-to-own models.
3. Reduction of Premature Exhaustion - Entrepreneurs can develop technology that lessens the fatigue and muscle strain of physical laborers, increasing their efficiency and productivity.
Industry Implications
1. Manufacturing - Exoskeletons can help workers lift heavier loads, streamlining the manufacturing process and reducing the risk of injuries.
2. Construction - Robotic exoskeletons can support manual laborers in tasks like heavy lifting and repetitive motions, reducing the risk of chronic injury.
3. Logistics and Warehousing - Wearable robotic exoskeletons can optimize logistics and warehouse operations by enabling employees to transport and store heavier loads with increased ease and efficiency.
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