Exoskeletons are human augmentation technology that offers a safer and more efficient solution for manual handling workers.
According to the World Health Organization, musculoskeletal disorders afflict 1.71 billion individuals globally. The repetitive lifting of heavy items in warehouses places an immense strain on the musculoskeletal system, often leading to injuries. While not every warehouse has the financial resources to replace manual handling with automated machinery or robots, some workplaces have begun utilizing exoskeletons to make manual handling easier.
A warehouse equipment manufacturer produces trolleys equipped with modern swivel casters that enable one person to move heavy loads without undue strain. However, objects still have to be lifted onto and off them, and this can result in back pain.
Exosuits provide support for lower-back muscles during lifting, while also providing additional energy that makes it easier for workers to lift heavier loads safely. ABI Research predicts that the exoskeleton market is poised for significant growth, expecting it will be worth seven billion US dollars by 2030 — a substantial increase from current revenue figures.
As human augmentation technology evolves, smart exoskeletons are becoming lighter in weight and increasingly efficient. They sense changes in posture or fatigue levels during use and respond accordingly by providing supplementary energy when needed. They drastically reduce physical exertion demands on manual labourers’ bodies, while simultaneously improving overall efficiency in the work environment.
Where automation isn’t feasible or affordable, exosuits make manual handling working more appealing and help companies retain more productive and happier staff.
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