A single definition of exoskeleton is still challenging to come up with because the industry is constantly changing and reinventing itself. Exoskeletons are a type of wearable technology that cooperates with the user. Unlike the autonomous robot that performs labor in place of the operator, any available exoskeleton for sale in the market has to be in sync with the individual.
This technology serve as amplifiers that improve, reinforce, or repair human performance and are usually worn on the body.
There are several types of exoskeletons and they are also made from different kinds of materials. Some can be fully constructed of supple and elastic components, or they can be composed entirely of stiff materials like metal or carbon fiber. Exoskeletons can be fully passive or actively fitted with sensors to match.
In this article, we will look into 3 major types of exoskeleton for sale in the tech world and outline their basic uses for you. So, let’s dive in!
Four Major Types of Exoskeleton For Sale
Judging from the recent statistics that the frequent users of exoskeleton technologies are in the work and science industry, we’ll consider the three major types of exoskeleton for sale utilized there.
Tool Holding Exoskeletons
This type of exoskeleton is designed to help the user hold tools with heavy weight. Even though exoskeletons are typically passive, there is a part of it that carries functional motors through the legs. The tool’s weight is then directly transferred to the ground.
Powered Gloves
These are automated gloves that can give employees with weak hands a better grip on their tasks. There are also remote industrial equipment that work in reverse, allowing employees to use an exoskeleton glove to open devices/apparatus that are difficult to open naturally. Powered gloves are grasping tools and for specific purposes, some are designed to be magnetic too.
Supernumerary Robotics
Also known as Additional sets, these are exoskeletons that act as an additional set of hands. This initiative on wearable robotics for work and industry is arguably the most upgraded. Tools or materials are held in place by dual or more external motorized arms that the wearer controls. Although technically speaking as well, tool holding exoskeletons always have passive spring-loaded arms that cannot be independently operated in comparison to these supernumerary sets.
Back Support Suits
When bending over to lift anything, these exoskeletons can keep the back in the proper position. Additionally, they might lessen the strain while relying on the spine or even the back muscles. Although their use is clearly emphasized, the evolution of exoskeletons into full body powered suits will take away their demand in the tech market.
Conclusion
Exoskeletons are aiding devices for people that use biomechanics and robotics to help them accomplish a number of jobs better than they would otherwise be able to. Along with their capacity for individual control, their benefits gradually increase over time. Therefore it is not surprising to discover many of them for sale in the technology industry.
