After wearing the waist assist exoskeleton, the heavy load is carried to the exoskeleton through the mechanical structure.
In order to reduce the waist muscle fatigue damage and human joint damage caused by bending and carrying
Its mechanical energy storage system uses specially customized composite materials to achieve the balance of energy storage, elasticity and lightweight, and realizes the organic combination of human body bending self-weight energy storage and working power, and the maximum handling weight can reach 60kg.
The core load bearing parts are made of specially customized carbon fiber, aviation aluminum alloy, glass fiber nylon and other strong and lightweight materials, combined with the human-computer interaction design concept, which greatly improves the load weight limit.
The back power efficiency is 30%, and the average energy consumption in 8 hours is reduced by 29.8%. Greatly reduces pressure on the L5/S1 disc area when the back bends downward
For different shapes of heavy objects, the waist power exoskeleton has a variety of different shapes of hooks, quick replacement, to help users better relieve arm fatigue.
The curved hook can hold curved objects, such as fire pumps, buckets of water, etc
