AI-Controlled Robotic Rehabilitation Device for Stroke and Spinal Cord Injury Recovery

About AI-Controlled Robotic Rehabilitation Device for Stroke and Spinal Cord Injury Recovery

Biotronix AI-Controlled Robotic Rehabilitation Device for Stroke and Spinal Cord Injury Recovery

The AI-Controlled Robotic Rehabilitation Device is an advanced physiotherapy system designed to assist patients in stroke recovery, paralysis therapy, and spinal cord injury rehabilitation. Powered by artificial intelligence and robotic automation, this device helps patients regain mobility, muscle strength, and coordination through guided, repetitive, and personalized training sessions.

Equipped with AI motion sensing technology, it detects patient movements and adapts the level of robotic assistance based on real-time feedback. The system supports active, passive, and assistive training modes, making it suitable for different stages of rehabilitation. This innovative device promotes neuroplasticity, helping the brain and muscles relearn functional movements faster and more effectively.

The touchscreen digital interface allows therapists to set customized programs, monitor performance, and adjust parameters like speed, resistance, and range of motion. With its lightweight, ergonomic structure and built-in safety mechanisms, the device ensures safe, efficient, and comfortable therapy for every patient.

Perfect for rehabilitation hospitals, physiotherapy centers, and neurotherapy clinics, this AI-controlled robotic rehabilitation system revolutionizes recovery therapy by combining intelligent automation with clinical precision.

Technical Specifications

• Application: Stroke, paralysis, spinal cord injury, neuro and orthopedic rehabilitation

• Type: AI-controlled robotic rehabilitation device

• Training Modes: Active / Passive / Assistive

• Control System: AI adaptive feedback with intelligent motion sensors

• Display: Touch-screen digital control panel

• Adjustable Parameters: Speed, range of motion, resistance, and duration

• Operation: Manual, automatic, and AI-guided therapy programs

• Power Supply: AC 220V / 50Hz

• Safety Features: Emergency stop, overload protection, motion limit sensors

• Structure: Ergonomic, adjustable frame suitable for upper and lower limbs

• Data Function: Real-time monitoring, session recording, and progress tracking

Key Features

• AI-powered robotic rehabilitation system for enhanced accuracy

• Promotes motor recovery and neural re-education after stroke or spinal injury

• Provides robotic-assisted motion therapy for upper and lower limbs

• Supports customized, adaptive training modes based on patient progress

• Digital control interface with real-time performance feedback

• Enhances mobility, balance, and coordination

• Safe, ergonomic, and user-friendly design for patient comfort

• Ideal for clinical, hospital, and physiotherapy use

Applications

• Stroke and paralysis rehabilitation

• Spinal cord injury therapy

• Neurorehabilitation and gait training

• Muscle strength and joint mobility recovery

• Hospital and physiotherapy center use

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Innovative Rehabilitation Technology

Harnessing AI technology, the Neuro Robotic Rehabilitation and Recovery System delivers targeted, data-driven therapies to accelerate recovery from strokes and spinal cord injuries. With a smart exoskeleton and real-time feedback, clinicians can personalize treatment for optimal neuroplasticity and mobility gains.


Designed for Clinical Reliability

Engineered for professional hospital use, this robotic therapy device boasts a digital touch screen, robust electric drive, and adaptable programming for various age groups. The intuitive interface and precise motion control ensure both safety and efficacy for every patient session.


Easy Storage and Portability

Despite its powerful features, the system remains compact and portable, making it suitable for clinics with limited space. Proper storage in a clean, dry area ensures long-term performance and hygiene for ongoing rehabilitation demands.