A Quick History Lesson
The very first powered exoskeletons didn’t start out as assistive devices. The first patent for this type of a product was filed by Nicholas Yagn, a Russian inventor, back in 1890. Yagn created an “apparatus for facilitating walking,” which involved long springs that would attach to each leg, primarily so that soldiers in the Russian Army would be able to run.
Fast forward to the 1960s, and inventors started creating elaborate powered exoskeletons, a need fueled, once again, by the military. In 1965, General Electric developed a product called the Hardiman, which stood for “Human Augmentation Research and Development Investigation” and “MANipulator” combined. This machine was quite large, weighing a whopping 1,500 pounds, says The Atlantic. It was designed to amplify the strength and endurance of a human’s legs and arms, combining man and machine into one symbiotic unit. This product never made it to fruition.
It wasn’t till 2000 that powered exoskeletons transformed from dream into reality. The Defense Advanced Research Projects Agency funded a project that year called the Berkeley Lower-Extremity Skeleton, or BLEEX, developed by engineers at the University of California, Berkeley. It was not designed to help disabled people walk again, but rather it was designed to make carrying large loads over long distances less tiring. But this design concept propelled the exo skeleton into mainstream applications, opening the door for state-of-the-art exo suits that can help in construction, manufacturing, and even healthcare industries.
How We Are Revolutionizing The Industry
We offer a variety of revolutionary products that help people regain the use of their limbs after injury.
- EksoNR, designed to help patients stand and walk during rehab, is a wearable exoskeleton that provides power and support to the legs. It also promotes correct movement patterns in all phases of recovery, challenging patients as they progress on their journey towards walking on their own.
- EksoUE, designed to assist the impacted arm and shoulder during clinical rehabilitation, helps patients with upper-extremity weakness or paralysis. It guides them in recovering strength, range of motion, and endurance.
Overall, Ekso is offered in more than 270 centers, with programs in more than 30 countries worldwide. Our products have helped tens of thousands of patients take more than 150 million steps!