EXO1

“Rebuilding Steps, Restoring Lives, Intelligent Rehabilitation for a Stronger Tomorrow.”

This exoskeleton rehabilitation training robot is designed for individuals with lower limb motor dysfunction caused by stroke or similar conditions. It uses a patented flexible drive system as its power output, ensuring safer, more effective, and active rehabilitation. The advanced biomechanical model analyzes gait patterns and provides personalized training programs based on user data. With over 100 clinical trial samples validating its safety and effectiveness, the robot delivers precision rehabilitation through intelligent sensing, gait correction, and active training feedback. It helps restore mobility, correct abnormal gait, and accelerate patient recovery under safe and adaptive human-robot interaction control.

Specs

Specification	Details
Mode Type	Intelligent Mode (Active Training), Weight Loss Mode (Active/Passive), Training Mode (Continuous/Single-Step/Passive in Place)
Driven Joints	6 Joints per Side: Hip, Knee, Ankle
Applicable Height	155 – 190 cm
Walking Speed	2s/gait cycle – 10s/gait cycle
Drive System	Flexible Drive Power Output
Sensors	25 High-Precision Sensors
Control System	Human-Robot Interactive Control
Biomechanical Model	Patented Gait Analysis System
Safety Features	Real-time Muscle Tension Detection, Automatic Protection Mechanism
Clinical Validation	Multi-Center Trial (100+ Samples Verified)

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Please Note: Please Note: Lead times for our products may vary based on availability, configuration, and current demand. To ensure accurate delivery timelines and stock status, we encourage all prospective customers to reach out to our team directly. You can request a quote through our website or email us at sales@robostore.com, and we’ll provide you with the most up-to-date information tailored to your order.

Discover real use cases of this product

Elderly Mobility Assistance

Assists elderly users in maintaining balance, preventing falls, and improving muscle control. The system adapts to their walking patterns to support safer mobility and encourage physical confidence during rehabilitation.

Hospital Rehabilitation Centers

Perfect for professional rehabilitation clinics. Therapists can monitor gait data in real time, adjust training intensity, and customize patient programs using biomechanical analytics for optimized recovery outcomes.

Stroke Recovery Training

Designed for patients with lower limb paralysis or weakness post-stroke. The robot provides intelligent motion assistance and gait correction, helping users rebuild muscle strength and coordination through repetitive, guided walking sessions.

Hospital Rehabilitation Centers

Check the common questions of our clients

Who can use this exoskeleton rehabilitation robot?

It is designed for individuals recovering from stroke or lower limb motor dysfunction, as well as elderly users needing gait correction or mobility training under supervised rehabilitation programs.

How does the robot ensure safety during training?

The system uses real-time muscle tension sensors and a flexible drive protection mechanism to detect abnormal resistance and prevent strain, ensuring comfort and safety during each session.

Can the exoskeleton adapt to different users?

Yes. It supports users between 155 and 190 cm in height and automatically adjusts joint torque and walking speed according to each user’s unique biomechanics.

What makes its gait correction system unique?

Its patented power ankle joint assists dorsiflexion and plantar flexion, helping correct conditions like foot drop or inversion while improving walking balance and natural movement.

How does it perceive the user’s movement intention?

Using 25 biomechanical sensors, it detects plantar pressure, gait rhythm, and motion intention to intelligently adapt its assistance in real-time for more accurate rehabilitation.

Can therapists monitor progress data?

Yes. Therapists can access gait analysis, joint movement data, and progress metrics to adjust personalized training programs for optimal rehabilitation outcomes.

Is it suitable for home use?

It’s primarily designed for clinical and rehabilitation center environments but can be customized for supervised home rehabilitation under medical guidance.

Has its effectiveness been clinically verified?

Yes. Its safety and rehabilitation effectiveness have been proven in a prospective, multi-center, randomized clinical trial involving over 100 participants.