Advanced Exoskeleton Therapy Robot for Stroke and Spinal Injury Recovery

About Advanced Exoskeleton Therapy Robot for Stroke and Spinal Injury Recovery

Biotronix Advanced Exoskeleton Therapy Robot for Stroke and Spinal Injury Recovery

The Advanced Exoskeleton Therapy Robot for Stroke and Spinal Injury Recovery is a state-of-the-art robotic rehabilitation system designed to help patients regain movement, strength, and confidence after neurological or spinal injuries.

This intelligent robotic exoskeleton therapy system assists in upper and lower limb movements, enabling patients to perform repetitive exercises that enhance muscle memory, coordination, and balance. With real-time feedback, adjustable levels of support, and sensor-based motion tracking, the system offers a safe and effective pathway toward independent mobility.

The exoskeleton therapy robot is ideal for rehabilitation hospitals, physiotherapy centers, and neurotherapy clinics. It helps patients recovering from stroke, spinal cord injury, paralysis, and other neurological conditions improve their gait, stability, and motor control through guided robotic motion.

Key Features

• Advanced robotic technology for assisted movement and recovery

• Adjustable walking speed, resistance, and support levels

• Real-time monitoring and data feedback for patient progress

• Promotes natural gait pattern and posture correction

• Ergonomic design ensures patient safety and comfort

• Suitable for both upper and lower limb rehabilitation

• Clinically tested for neuro and spinal rehabilitation programs

• Easy to operate, compact, and designed for hospital environments

Applications

• Stroke rehabilitation and motor function recovery

• Spinal cord injury rehabilitation therapy

• Paralysis and mobility restoration training

• Neurological and gait correction therapy

• Balance, posture, and strength training

• Physiotherapy and clinical rehabilitation centers

Technical Specifications

• Product Name: Advanced Exoskeleton Therapy Robot for Stroke and Spinal Injury Recovery

• Type: Motorized Robotic Rehabilitation System

• Usage/Application: Stroke, spinal injury, paralysis, and gait rehabilitation

• Training Mode: Automatic, manual, and assisted

• Target Area: Lower limbs / full body (depending on model)

• Control System: Intelligent touchscreen interface

• Display: 10-inch digital control screen

• Sensor Technology: Motion, force, and position sensors

• Motor Type: High-torque servo motor with adjustable assistance

• Support Level: Fully adjustable (passive to active)

• Walking Speed Range: 0.2 to 2.0 m/s

• Range of Motion (ROM): Hip 120°, Knee 135°, Ankle 45°

• Power Supply: AC 220V ±10%, 50Hz

• Power Consumption: ≤ 500W

• Material: Lightweight aluminum alloy frame with padded straps

• Height Adjustment: 150–190 cm

• Weight Capacity: Up to 120 kg

• Safety Features: Fall detection, emergency stop, overload protection

• Connectivity: USB, Wi-Fi, and cloud data storage

• Data Output: Gait analysis, performance report, progress tracking

• Noise Level: < 50 dB

• Dimensions (Approx.) 1100 × 600 × 1700 mm

• Weight: 45–55 kg (depending on configuration)

• Brand: Biotronix

• Country of Origin: India / Imported Model Available

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