EXO3

“Empowering Every Step Rebuilding Confidence, One Walk at a Time.”

The Children’s Lower-Limb Rehabilitation Exoskeleton is a smart rehabilitation device designed to help children with motor dysfunction regain natural walking ability. Featuring compliant actuated joints, it provides efficient power assistance while protecting joints from impact. Its bionic design ensures comfort and adapts to each child’s body and movement. With real-time ground feedback, it enhances motor and nerve function recovery. Multiple training modes including continuous walking, stepping, and leg-swing training help strengthen active mobility. Safety is guaranteed with emergency stop buttons and locks, ensuring secure rehabilitation sessions. The exoskeleton empowers children to move confidently and restore independence through scientifically guided rehabilitation.

Specs

Specification	Details
Types	C1, C2, C3
Training Modes	Continuous Walking, Single-Step Walking, Continuous Stepping, Single-Step Stepping, Leg Swing Training
Drive Joints	Bilateral Hip and Knee Joints
Applicable Height	90–150 cm
Applicable Weight	≤60 kg
Safety Features	Emergency Stop Button, Safety Locks
Design Type	Bionic, Ergonomic, Adjustable Fit
Assistance Technology	Compliant Actuated Joints with Impact Absorption
Feedback System	Real-Time Ground Contact Feedback

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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

Post-Surgery Mobility Recovery

Aids recovery after orthopedic surgeries by providing safe, controlled movement exercises that reduce joint stiffness, rebuild muscle strength, and prevent secondary injuries.

Cerebral Palsy Therapy

Designed for children with cerebral palsy to enhance muscle control, improve walking posture, and encourage natural joint movement through customizable assisted motion patterns.

Post-Stroke Rehabilitation

Supports children recovering from neurological conditions such as stroke, helping retrain brain-to-muscle communication through repetitive gait exercises and ground feedback, restoring balance and coordination.

Cerebral Palsy Therapy

Designed for children with cerebral palsy to enhance muscle control, improve walking posture, and encourage natural joint movement through customizable assisted motion patterns.

Check the common questions of our clients

Who can use this exoskeleton?

It’s designed for children aged 4–14 with lower-limb mobility challenges, such as post-stroke, cerebral palsy, or muscle weakness, providing rehabilitation support and guided walking training.

Is it safe for clinical use?

Yes. The device includes multiple safety systems emergency stop buttons, mechanical locks, and stable power control to ensure full protection during rehabilitation sessions.

Is the EXO2 difficult to operate?

Through repetitive, assisted gait cycles and ground feedback, it reactivates neural pathways, strengthens muscles, and improves movement coordination for long-term motor function restoration.

Can it be adjusted for different children?

Yes. It features adjustable bionic frames that fit various body sizes and heights (90–150 cm) for optimal comfort and precision.

How many training modes are available?

Five training modes, including continuous and single-step walking, stepping, and leg-swing training, are included to meet different rehabilitation needs.

Does it require a specialist to operate?

The system is designed for supervised use by trained therapists in clinics or rehabilitation centers to ensure proper setup and personalized training.

What materials are used?

Made from lightweight, durable aluminum alloy and medical-grade padding materials to ensure comfort, stability, and long-term safety.

Can it be used at home?

Currently, it’s primarily used in rehabilitation institutions, though home-use versions may be available with professional guidance and safety monitoring.