Physiotherapy Exoskeleton Robot for Neuro Rehabilitation and Mobility Training

About Physiotherapy Exoskeleton Robot for Neuro Rehabilitation and Mobility Training

Biotronix Physiotherapy Exoskeleton Robot for Neuro Rehabilitation and Mobility Training

The Physiotherapy Exoskeleton Robot for Neuro Rehabilitation and Mobility Training is a cutting-edge robotic rehabilitation system designed to assist patients recovering from stroke, paralysis, spinal cord injury, and neurological conditions. This intelligent robotic device combines motorized movement, sensor-based feedback, and adaptive control technology to support safe and effective mobility restoration.

Built for both upper and lower limb rehabilitation, the exoskeleton provides robotic-assisted training that promotes muscle coordination, gait re-education, and neuroplasticity. It offers active, passive, and assistive training modes, allowing personalized therapy programs based on each patients recovery level.

The system features a digital touch-screen control interface that enables therapists to customize parameters such as speed, resistance, range of motion, and therapy duration. With real-time data tracking, it provides continuous feedback and progress monitoring, ensuring efficient and evidence-based rehabilitation.

This AI-supported robotic physiotherapy solution is ideal for rehabilitation hospitals, physiotherapy centers, and neurotherapy clinics, enabling patients to regain strength, confidence, and independent mobility through structured robotic training.

Technical Specifications 

• Application: Stroke, paralysis, spinal cord injury, and neurorehabilitation

• Type: Motorized physiotherapy exoskeleton robot

• Therapy Areas: Upper limb, lower limb, and full-body training

• Training Modes: Active / Passive / Assistive

• Control System: Sensor-based adaptive feedback system

• Display: Digital LCD / Touch-screen control panel

• Adjustable Parameters: Speed, resistance, stride length, range of motion

• Safety Features: Emergency stop, motion limiter, overload protection

• Power Supply: AC 220V / 50Hz

• Structure: Ergonomic, lightweight, and adjustable exoskeleton frame

• Data Function: Real-time therapy monitoring and performance tracking

Key Features

• Promotes neuro recovery and mobility training through robotic assistance

• Enhances gait, balance, and muscle coordination in stroke and paralysis patients

• Supports customizable rehabilitation programs for all recovery stages

• Provides real-time feedback for accurate performance tracking

• Improves functional independence and mobility outcomes

• User-friendly digital interface for therapists and patients

• Designed with advanced safety and ergonomic comfort

• Suitable for clinical and hospital physiotherapy environments

Applications

• Stroke rehabilitation and paralysis recovery

• Neuro and spinal cord injury rehabilitation

• Gait training and walking re-education

• Upper and lower limb physiotherapy

• Hospital, clinic, and rehabilitation center use

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Intelligent Neuro Rehabilitation Technology

This exoskeleton robot incorporates digital AI technology to provide tailored neurorehabilitation programs. With real-time data analysis and an intuitive touchscreen display, clinicians can monitor progress and customize therapy parameters, ensuring optimal recovery outcomes. Its advanced motorized system offers accurate assistance for gait, arm, and leg movement training.


Versatile Design for All Ages and Conditions

The physiotherapy exoskeleton robot is engineered to accommodate a wide age range from infants to seniors. Whether patients are recovering from stroke, regaining mobility after injury, or managing neurological disorders, the devices adjustable features and precise control adapt to varying weights, sizes, and functional needs.