ExoAtlet EA2
Unlock the Power of Movement
ExoAtlet is a wearable medical rehabilitation robot for efficient rehabilitation treatment of patients with lower extremity walking using innovative wearable robot technology targeting the entire life cycle from infants to the elderly. We are a leading robot company that develops, manufactures, and distributes walking assistance robots for walking training and industrial wearable suits developed to improve the quality of labor of labor-intensive workers in various industries.
The Adult EA2 for SCI:
- Eight-hour battery life. Longer than any other Exoskeleton.
- No tools needed to change sizes between patients.
- Detachable user interface.
- Active and passive gait parameters symmetrical and asymmetrical.
- Adjust speed, step length and step height.
- User interface digital reporting.
- Walk in place mode.
- One step mode.
- Sit to stand to sit mode.
- Dual safety systems from the robot and the clinician.
- Affordable discounted pricing and leasing models.
Technology Benefits
ExoAtlet promises continuous development of advanced technologies to help you dream of a better future.
Expansion of free walking ability
Not only the hip and knee joints but also the ankle movements can be precisely controlled, and in particular, forward walking is realized naturally, maximizing the effectiveness of children’s walking training.
Implementation of a natural walking pattern
The exoskeletons are equipped with technology that accumulates walking data of various healthy people and extracts the most natural walking patterns according to each user. Through domestic and foreign clinical trials, our products are becoming more effective, and research papers are continuously published.
Easy collection, analysis and storage of gait data
By collecting and storing all data about the user’s gait, we can design a gait pattern that shows better training effects according to the user.
Biosignal-based gait evaluation system
The effect of training can be frequently and regularly checked based on the biometric signal detected while walking.
Key Feature
User's Height
User weight up to
Assist & Passive
Customized Ambulation
Fine-Tuning of Stride Length,Step
Height and Stride Speed
Ankle Movement
Implementation of natural walking patterns
Durability
Indication of Use
Stroke,Cerebral Palsy,Parkinson’s
Disease,Spinal Cord Injury,Traumatic Brain Injury,Multiple Sclerosis
Contact us:
- Ask about our remote video demonstrations.
- Ask about our try before you buy loaner program.
- We offer the most affordable pricing for exoskeleton technology.
- Ask about our leasing and rental models.
- We offer one-year warranties with extensions.
- We offer preventative maintenance with extensions.
- We are vendors with the VA.
- Ask about our research trials and clinical data.