EasyWalk Soft Lower Limb Exoskeleton

EasyWalk represents China’s first commercially available soft lower limb exoskeleton, developed by Syrebo to address gait rehabilitation without the weight and rigidity constraints of traditional exoskeleton systems. The device combines bionic structural design with AI-powered control algorithms to assist walking in stroke patients, spinal cord injury survivors, and elderly individuals with mobility impairments.

Product Overview

Unlike conventional rigid exoskeletons that impose mechanical walking patterns on users, EasyWalk employs a soft structure design that preserves natural movement freedom while providing targeted assistance. The system weighs under 3 kg with mass concentrated at the waist, eliminating the heavy leg-mounted hardware typical of rigid alternatives.

Syrebo positions EasyWalk as a consumer-grade rehabilitation device, pricing it at the ten-thousand yuan level to enable adoption in home and community settings beyond hospital environments. This accessibility focus aligns with China’s three-tier rehabilitation model spanning hospitals, communities, and homes.

Key Features

At under 3 kg—with mass concentrated at the waist—EasyWalk moves through daily use without the leg-mounted hardware that slows rigid systems.

• Soft Structure Design: No rigid frame constraining natural body movement; textile-based fixation provides comfortable fit
• Lightweight Construction: Under 3 kg total weight, concentrated at waist to minimize encumbrance
• Bowden Cable Power Transmission: Flexible cable system delivers assistance without restricting limb freedom
• Bionic Drive Mechanism: Assists at muscle key points rather than directly at joints, mimicking natural muscle action
• AI Control Algorithm: Adaptive system learns wearer’s needs and optimizes assistance strategy in real-time
• Multi-Channel Safety Protection: Real-time force control with patented voice-activated emergency stop function

Technical Specifications

At under 3 kg with textile-based fixation, EasyWalk transmits assistance via Bowden cable while preserving full natural movement range.

Clinical Applications

EasyWalk targets patients with lower limb mobility impairments from various conditions:

Primary Indications:

• Stroke rehabilitation (hemiplegia)
• Spinal cord injury (incomplete)
• Parkinson’s disease
• Arthritis affecting mobility
• Age-related mobility decline
• Post-surgical gait recovery

Use Scenarios:

• Hospital-based gait training programs
• Community rehabilitation centers
• Home-based daily mobility assistance
• Outdoor walking support

The device enables patients to transition from wheelchair dependence to assisted walking, supporting the rehabilitation goal of community reintegration. Unlike hospital-only rigid exoskeletons, EasyWalk’s portability allows continued use during community outings and daily activities.

Regulatory Status

EasyWalk has obtained CE certification for European market distribution. NMPA registration in China is in progress.

Frequently Asked Questions

How does EasyWalk differ from rigid exoskeletons?

EasyWalk uses soft robotics technology rather than rigid mechanical frames. This approach provides several advantages: lighter weight (under 3 kg vs 15-25 kg for rigid systems), preservation of natural movement patterns, greater comfort for extended wear, and consumer-grade pricing enabling home use. Rigid exoskeletons typically impose mechanical walking patterns that can feel unnatural.

Can EasyWalk be used outdoors?

Yes, the lightweight and portable design specifically targets community and outdoor use scenarios, not just clinical settings. Users can wear EasyWalk for walks in parks, neighborhood streets, and other outdoor environments, supporting social participation and community reintegration goals.

What patient conditions benefit most from EasyWalk?

EasyWalk is designed for patients who retain some walking ability but require assistance to improve gait quality, reduce fatigue, or increase walking distance. Patients with complete lower limb paralysis requiring full mechanical support may be better served by powered rigid exoskeletons. Ideal candidates include stroke patients in mid-to-late rehabilitation, elderly individuals with decreased mobility, and Parkinson’s patients experiencing gait freezing.