Ekso is the most researched robotic exoskeleton in the world
World-renowned institutions are leading the charge in exoskeleton research on acquired brain injury, stroke, spinal cord injury, multiple sclerosis, and more with Ekso.
With countless partners like Johns Hopkins, Shirley Ryan AbilityLab, Kessler Institute, the Department for Veteran’s Affairs, UCLA, and more, Ekso’s technology is based on clinical expertise and feedback from industry leaders. We are excited to offer innovative rehabilitative exoskeletons like EksoNR, the world’s only FDA-approved exoskeleton for the treatment of ABI, CVA, MS, and SCI.
Continuing to Drive Research.
Since 2012, we have sponsored or supported mostly investigator-initiated clinical research utilizing our medical devices. Initially, most of these focused on safety and feasibility of using the Ekso exoskeleton with different patient populations. Many of these studies have led to larger studies (single-arm or comparative), where the investment of time and resources is considerable. We remain committed to demonstrating clinical benefit through research.
EKSOHEALTH CLINICAL PUBLICATIONS
Publications & Presentations
Past research activity using Ekso1.1, EksoGT, and EksoNR devices has culminated in more than 185 conference presentations, chapters, and published articles. Of these published articles, the studies examine patients with spinal cord injury (91), stroke (41), traumatic or acquired brain injury excluding stroke (14), and multiple sclerosis (16). An Ekso device has also been included in 37 review articles. Recent studies have focused on patient experiences, gait outcomes, gait kinematics, and reducing secondary complications.
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Proven success with EksoWorks.
Customers and institutions alike have studied the efficacy and usability of Ekso in the industrial sector. Studies have shown that Ekso, engineered with optimized load paths, can reduce spinal stress, shoulder strain, and task completion time.
According to Virginia Tech, trunk extension and spinal twisting under load, both infamous for causing back injury, are reduced by EksoVest (the first evolution of EVO).
Virginia Tech also found a reduction in shoulder muscle activity levels during shoulder flexion and abduction with EksoVest, suggesting it supports and unloads the shoulder complex during activities that are typically shoulder-straining. Additionally, if one has an imbalance in arm strength, Ekso can help the ‘weaker’ arm contribute more during bi-manual lifting, reducing spinal stress.