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A wearable device called a back relief exoskeleton is made to support the lower back and lessen strain on it. In order to adequately distribute weight and pressure, it normally consists of a frame that fits around the lower back and hips, coupled with movable straps and support padding.
The lower back’s muscles and joints receive external support from the exoskeleton, which lessens the strain on the spine and aids in preventing damage or strain. Those who hold jobs that demand heavy lifting, frequent bending or twisting, or extended periods of standing or sitting may find it very beneficial.
To increase their effectiveness, certain back relief exoskeletons also use cutting-edge technologies including sensors and actuators. For instance, some designs may include sensors to recognise when the wearer is bending or lifting, at which point they may add more lower back support as necessary.
Ultimately, a back relief exoskeleton can be a useful tool for those who regularly deal with back pain or discomfort, as well as for workers who want to avoid accidents and enhance their comfort and productivity at work.
Global back relief exoskeleton market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
LLC and Laevo are two companies that have recently launched back relief exoskeletons. HeroWear LLC announced the launch of Apex 2, the latest version of its back-assist exosuit.
The Apex 2 exosuit is designed to alleviate worker strain while bending and lifting heavy objects. It is a wearable device that reduces strain and fatigue and reduces the risk of injury for those who frequently bend and lift at work.
Another back support exoskeleton, called Japet.W, was created as an occupational exoskeleton to prevent and treat back pain at the workplace.
It is supposed to lessen the impact on the spine while managing large loads. ReWalk Robotics has also developed wearable robotic exoskeletons that give powered hip and knee motion to enable persons with spinal cord damage (SCI) to stand upright, walk, turn, climb, and descend stairs