Motorized Robotic Exoskeleton for Stroke Rehabilitation and Mobility Therapy

About Motorized Robotic Exoskeleton for Stroke Rehabilitation and Mobility Therapy

Biotronix Motorized Robotic Exoskeleton for Stroke Rehabilitation and Mobility Therapy

The Motorized Robotic Exoskeleton is an advanced rehabilitation device designed to support patients in regaining mobility and independence after stroke, paralysis, spinal cord injury, or neurological disorders. This innovative exoskeleton uses intelligent motorized control and sensor-based feedback to assist in gait training, balance improvement, and limb movement restoration.

It replicates natural human walking patterns, providing adjustable assistance based on the patients physical condition. The system supports multiple training modes, including passive, active, and assistive therapy, allowing gradual recovery progression. With real-time motion monitoring and adaptive control, it enhances neuromuscular coordination and promotes faster functional recovery.

Built for hospitals, physiotherapy clinics, and neuro rehabilitation centers, the Motorized Robotic Exoskeleton ensures safe, consistent, and measurable rehabilitation sessions with high clinical efficiency.

Key Features

• Advanced motorized exoskeleton for stroke and mobility therapy

• Intelligent motion sensors with real-time feedback system

• Adjustable structure suitable for various patient heights and weights

• Supports passive, active, and assistive exercise modes

• Enhances walking ability, balance, and coordination

• Promotes neuro-muscular re-education and strength recovery

• Safe and stable design with emergency stop and overload protection

• Ideal for stroke, paralysis, and spinal cord injury rehabilitation

Applications

• Stroke rehabilitation

• Paralysis and spinal cord injury recovery

• Neuro-muscular rehabilitation

• Gait training and walking therapy

• Post-surgery mobility recovery

• Physiotherapy and neurotherapy centers

Technical Specifications
Type: Motorized robotic exoskeleton for rehabilitation
Structure: Adjustable aluminum alloy frame
Training Modes: Passive, active, assistive
Control System: Intelligent motion control with adaptive feedback
Sensors: Position, torque, and gait detection sensors
Display: Digital touchscreen interface
Power Supply: AC 220V, 50/60 Hz
Operation: Electric motorized system
Walking Speed: 0.1 2.0 m/s adjustable
Weight Capacity: Up to 120 kg
Height Range: 145 cm 190 cm adjustable
Usage: Hospitals, rehabilitation centers, physiotherapy clinics
Safety Features: Emergency stop, safety harness, overload protection
Material: Medical-grade aluminum frame with soft padded supports
Warranty: 1 year with service and technical support

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Innovative Technology for Neurorehabilitation

This robotic exoskeleton utilizes cutting-edge digital technology to deliver targeted gait training and motor recovery for stroke survivors and persons with limited mobility. Its real-time operation and touch screen interface allow therapists to customize therapies for each patient, rapidly enhancing rehabilitation outcomes. The device supports neurological and musculoskeletal therapy, transforming traditional physiotherapy into a more effective, technologically advanced experience.


Portability and Versatile Application

Engineered for mobility and convenience, this exoskeleton is easily transportable between therapy rooms, making it ideal for physiotherapy centers, hospitals, and outpatient clinics. Its adjustable design caters to a broad age range, from infants to elders, and is recommended for treatment of shoulder, cervical, back, muscle, and nerve conditions. Its modular set contains all the necessary elements for comprehensive robotic walking aid training.


Designed for Clinical Accuracy and Safety

Medical users can rely on the exoskeletons precise measuring, operating, and reporting capabilities. With a digital control system, robust build, and clinical-level accuracy, safety is prioritized in every session. The rehabilitation robot supports real-time adjustment in pressure, voltage, and walking parameters and is covered under a comprehensive warranty to ensure reliable service over time.