The bionic exoskeleton from Ekso Bionics, which was designed for a wide range of neurological patients.
What is the EksoNR exoskeleton?
The EksoNR medical exoskeleton is an upgraded version of the EksoGT, a bionic exoskeleton developed by Ekso Bionics specifically for a wide range of neurological patients. EksoNR is a sophisticated and comprehensive rehabilitation tool that, in addition to gait training itself, enables patients to perform many activities that precede walking, such as shifting body weight from one side to the other, side steps, walking backward, and performing squats within several different ranges of motion.
EksoNR allows users to replicate movement that closely resembles normal gait, both physiologically and biomechanically. Walking in the device is achieved by shifting the patient’s body weight or by initiating a step with the push of a button. Battery-powered motors move the legs, replacing lost neuromuscular functions. In addition, the innovative SmartAssist technology allows for precise adjustment of parameters to the patient’s individual needs throughout the course of therapy.
Indications
Effectiveness
Scientific Research
Smart Assist Software
Depending on the goal of the training session, the therapist can set a specific force value at which the EksoNR is to assist the patient’s movement, or allow the device to automatically detect the force applied by the patient and adjust the force with which it assists the movement in real time.
Max Assist
Adaptive Assist
Fixed Assist
Choice of movement mode
The EksNR exoskeleton for people with disabilities is fully customized to each patient’s needs. It is equipped with a comprehensive set of attachments that can be used to compensate for differences in limb length or provide additional back support. Mobility aids that support the arms—such as crutches, a walker, a sling, and a walking cane—are available and are used at various stages of the rehabilitation process, depending on the patient’s progress. In addition, the EksoNR is equipped with various walking programs that the clinical team can easily select from the settings menu.
The Step Generator software helps patients stand up and regain their walking function as quickly as possible. EksoNR calculates and adjusts the path of each step during the swing phase at a rate of 500 times per second. This helps patients avoid stumbling in the early stages of their rehabilitation, as they relearn how to stabilize their posture. As a result, EksoNR can more effectively mimic proper gait.
In addition to the benefits for patient rehabilitation and ease of use for therapists, EksoNR provides a significant return on investment directly for your facility. Therapists are able to rehabilitate more patients in a single day; furthermore, EksoNR enhances your facility’s reputation and expands your patient base. What’s more, there are fewer injuries among physical therapists and associated costs. By choosing EksoNR, you’ll benefit from comprehensive customer service, including a full range of services, support, and expertise.
Increased activity, such as moving around and standing, can affect:
EksoNR is suitable for a wide range of patients:
Benefits for the therapist
Benefits for the facility
Benefits for the patient
The full training program consists of two levels lasting 3.5 days and 2.5 days, respectively.
Level 1 (basic): At this stage, physical therapists learn the basic functions of the device and are able to begin therapy with a patient in the exoskeleton under the supervision of another, trained therapist.
Level 2 (Advanced): The next stage aims to familiarize therapists with the advanced features of EksoNR and, indirectly, to increase its clinical application at the facility. During this training, the skills and progress of therapists working with the device are evaluated. Successful completion of the training is marked by the receipt of a certificate authorizing the therapist to work independently with the EksoNR exoskeleton.
There is a 6- to 8-week break between these stages, during which physical therapists have the opportunity to gain experience working with the exoskeleton.
The training is conducted in Polish by a certified Ekso Bionics trainer.
EksoNR was developed based on more than 180 scientific studies and clinical trials conducted around the world
EksoNR is more than just cutting-edge technology. With the rehabilitation exoskeleton, you gain support in helping your patients:
Get to know the new device through our comprehensive certification program. Our team will be happy to provide the necessary training so that physical therapists feel confident working with EksoNR.
We offer personalized support, service, warranty coverage, and the opportunity to test the device. As a result, our partners can be confident of trouble-free operation and predictable operating costs for EksoNR, eliminating downtime caused by unexpected repairs or maintenance.
With EksoNR, you gain a partner in your neurological rehabilitation program. We work hard to provide you with the support and tools you need to effectively and fully integrate EksoNR into your rehabilitation program.
Spinal Cord Injuries
Strokes
Brain Injuries
Multiple sclerosis
RoboGait is a robot-assisted gait therapy system used to restore and develop walking abilities in patients who have lost them due to brain and spinal cord injuries, stroke, and orthopedic and neurological conditions.
G-Eos is the most advanced system for gait rehabilitation and reeducation, based on the end-effector principle. Guiding the affected limb requires only distal stabilization—in this case, of the feet. The absence of complicated and time-consuming device setup, combined with an average patient setup time of about five minutes, allows for an extension of effective therapy time in the treatment unit.
The EksoNR exoskeleton is a bionic external skeleton, the successor to the EksoGT exoskeleton, designed for patients with varying degrees of paralysis (hemiplegia, paraplegia) resulting from, among other causes, stroke, complete spinal cord injury (from L5 to C7), incomplete spinal cord injury, traumatic brain injury, or other neurological diseases.
ZeroG is a robotic dynamic weight-relief system that, in a “reduced gravity” environment, enables users to walk on a flat surface, transition from a sitting to a standing position, and go up and down stairs, as well as perform other activities of daily living.
Bring tomorrow’s technology to your business today. Talk to our expert about implementing exoskeletons in your company.