AI-Based Exoskeleton Rehabilitation Device for Stroke Recovery Therapy

About AI-Based Exoskeleton Rehabilitation Device for Stroke Recovery Therapy

Biotronix AI-Based Exoskeleton Rehabilitation Device for Stroke Recovery Therapy

The AI-Based Exoskeleton Rehabilitation Device is a next-generation robotic rehabilitation system designed to assist in stroke recovery, paralysis therapy, and neuro rehabilitation. Powered by artificial intelligence, this advanced exoskeleton helps patients regain mobility, coordination, and muscle control through intelligent motion assistance and real-time feedback.

Using AI algorithms, the device automatically adjusts support levels based on the patients strength and movement pattern, ensuring personalized therapy sessions. It can be used for both upper and lower limb rehabilitation, making it ideal for individuals recovering from stroke, spinal cord injury, or neurological disorders.

 

This innovative device is widely used in physiotherapy clinics, hospitals, and neurorehabilitation centers to provide safe, consistent, and effective rehabilitation trainingpromoting faster and more measurable recovery outcomes.

Key Features

• AI-based robotic exoskeleton for stroke and neuro rehabilitation

• Intelligent adaptive assistance based on patient performance

• Real-time monitoring and motion feedback system

• Supports both upper and lower limb rehabilitation

• Adjustable parameters for speed, range of motion, and resistance

• Multi-mode operation: passive, active, and assistive

• User-friendly touchscreen control interface

• Ergonomic, lightweight, and comfortable structure

• Data tracking and progress reporting for each session

• Suitable for hospitals, physiotherapy, and rehabilitation centers

Technical Specifications

• Type: AI-Based Exoskeleton Rehabilitation Device

• Application: Stroke Recovery and Neuro Rehabilitation Therapy

• Supported Limbs: Upper and Lower Limbs

• Power Supply: AC 220V, 50Hz

• Control System: AI-Powered Microprocessor with Smart Sensors

• Display: 7-inch LCD Touchscreen Interface

• Modes: Passive, Active, Assistive

• Adjustable Parameters: Speed, Resistance, Range of Motion, Duration

• Material: Lightweight Aluminum Alloy Frame

• Safety Features: Emergency Stop, Overload Protection, Fall Prevention Harness

• Connectivity: USB, Wi-Fi, Data Storage, Real-Time Monitoring

• Weight Capacity: Up to 120 kg

• Noise Level: 45 dB

• Mobility: Portable Design with Lockable Wheels

Applications

• Stroke rehabilitation and neuro-motor recovery

• Paralysis and spinal cord injury therapy

• Cerebral palsy physiotherapy and neurotherapy

• Post-surgery mobility and motor function training

• Neurological and muscular re-education

• Gait training and balance recovery therapy

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Cutting-Edge Rehabilitation Technology

Leveraging digital AI-powered solutions, our exoskeleton delivers precise, adaptive therapy tailored to each patients neurological and physical recovery needs. Its touch screen offers convenient real-time feedback, allowing therapists and patients to monitor progress and adjust therapy parameters as rehabilitation advances. Robust construction ensures durability, while advanced engineering provides both safety and effectiveness in treatment settings.


Versatile and Inclusive Design

Designed for a broad patient demographic, including children, adults, elders, women, and infants, this robotic exoskeleton is adaptable to various body types and therapeutic requirements. Hospitals and physiotherapy centers benefit from its multi-joint capability, supporting shoulder, joint, cervical, back, muscle, and nerve rehabilitation through both upper and lower limb assistance.


Optimized for Professional Care Environments

Built for daily use in hospitals and rehabilitation centers, the exoskeleton is portable, electrically powered, and features an intuitive digital interface. It offers effective gait training, muscle strengthening, and neuro-motor recovery. Its user-centric features, such as adjustable dimensions, low noise operation, and real-time monitoring, enable safe, efficient physiotherapy for both acute and long-term stroke recovery programs.