Unlike the load-mobile exoskeleton, which seeks to maximize load capacity, the device-borne exoskeleton seeks to achieve the best balance of load and flexibility, especially in situations where moderate loads are required for long periods of time.
The whole machine adopts lightweight design, in the mainstream rated load (20kg) and load reduction effect (60%), the weight of the whole machine is up to 4.2kg, which is the lightest in China, and the wearer is particularly flexible and no burden after wearing it.
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 limit.
Equipped with the L-de load-reduction structure developed for many years, the weight of the load can be directly transmitted to the ground through the mechanical structure, which can greatly reduce the pressure load of the shoulder and leg.
According to the equipment needs of coal mining industry and emergency industry, special interface customization is provided to reduce the secondary wearing of equipment, improve wearing comfort, and help improve rescue efficiency.
Note: Our company can customize various equipment interfaces for customers according to their needs.
The lightweight design of the whole machine, the core components of carbon fiber, glass fiber nylon and other high-performance low-density materials, light equipment, no extra burden after wearing.
With the characteristics of high strength, high rigidity and light weight, the tensile strength is 524Mpa and the density is 2.7g/cm³; Surface anodizing treatment, wear resistance, corrosion resistance, fatigue resistance
