Digital Motorized Exoskeleton Robot for Stroke Recovery and Mobility Assistance

About Digital Motorized Exoskeleton Robot for Stroke Recovery and Mobility Assistance

Biotronix Digital Motorized Exoskeleton Robot for Stroke Recovery and Mobility Assistance

The Digital Motorized Exoskeleton Robot is an advanced robotic rehabilitation device designed to assist patients in regaining movement, balance, and mobility after neurological or physical impairments. It provides effective stroke recovery therapy and mobility assistance for patients with limited motor control due to paralysis, spinal cord injury, or cerebral palsy.

Equipped with smart sensors and digital control technology, this exoskeleton robot offers precise, adaptive, and repetitive movement patterns to help retrain muscles and restore natural gait. The system supports both active and passive training modes, ensuring customized rehabilitation for different patient needs.

This innovative device is ideal for physiotherapy clinics, rehabilitation hospitals, and neurotherapy centers, helping therapists deliver consistent and measurable rehabilitation outcomes while improving patient comfort and confidence during therapy sessions.

Key Features

• Digital motorized robotic exoskeleton for stroke and mobility recovery

• Supports lower limb rehabilitation and gait training

• Adjustable speed, resistance, and stride length

• Intelligent motion sensors for real-time monitoring

• Smart digital control with user-friendly interface

• Multiple training modes: passive, active, assistive

• Ergonomic and lightweight design for patient comfort

• Enhances strength, balance, and gait coordination

• Safe and stable operation with emergency stop system

• Ideal for physiotherapy, hospitals, and rehabilitation centers

Technical Specifications

• Type: Digital Motorized Exoskeleton Robot

• Application: Stroke Recovery, Mobility Training, Rehabilitation Therapy

• Supported Limbs: Lower Limbs (Bilateral Support)

• Power Supply: AC 220V, 50Hz

• Control System: Microprocessor-Based with Motion Sensors

• Display: 7-inch Touchscreen Digital Control Panel

• Modes: Passive, Active, Assistive

• Adjustable Parameters: Speed, Resistance, Range of Motion, Step Length

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

• Material: Lightweight Aluminum Alloy Frame

• Weight Capacity: Up to 120 kg

• Connectivity: USB, Data Storage, and Real-Time Feedback

• Mobility: Portable Design with Lockable Wheels

• Noise Level: 45 dB

Applications

• Stroke rehabilitation and recovery therapy

• Paralysis and spinal cord injury rehabilitation

• Neurological mobility training and re-education

• Cerebral palsy physiotherapy

• Post-surgery motor recovery therapy

• Gait and balance rehabilitation programs

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Advanced Digital Motorized Rehabilitation

This digital exoskeleton robot incorporates cutting-edge motorized technology for precise rehabilitation needs. With its real-time operational capabilities and touch-screen interface, patients and clinicians can customize therapies according to specific recovery goals, making it suitable for diverse users ranging from children to elders.


Multi-Age and Versatile Application

Adaptable to a variety of usersincluding infants, children, adults, women, and seniorsthe exoskeleton helps individuals recovering from strokes or facing mobility challenges. Its design addresses rehabilitation for shoulders, joints, back, nerves, and muscles, promoting improved gait and movement regulation.


Portable, Convenient, and Clinical-Ready

With its portable structure and wall-mounted option, this smart rehabilitation device fits seamlessly into clinics, hospitals, and therapy centers. Electric-powered, it also features robust safety standards, proven digital accuracy, and intuitive operation, ensuring that it meets the demands of healthcare providers and patients alike.