Rehabilitation Robotic Exoskeleton for Physical and Neurological Recovery

About Rehabilitation Robotic Exoskeleton for Physical and Neurological Recovery

Biotronix Rehabilitation Robotic Exoskeleton for Physical and Neurological Recovery

The Rehabilitation Robotic Exoskeleton is an advanced robotic-assisted therapy device designed to support physical and neurological recovery. It helps patients restore movement, strength, and coordination after stroke, paralysis, spinal cord injury, cerebral palsy, or neurological disorders. This robotic rehabilitation system uses intelligent sensors and motorized controls to provide precise and adaptive movement training for both upper and lower limbs. It assists therapists in improving patient outcomes through data-based progress tracking and customized rehabilitation sessions. Suitable for physiotherapy clinics, hospitals, and neuro-rehabilitation centers.

Key Features

• Robotic-assisted movement for upper and lower limbs

• Ideal for stroke, paralysis, and neurological rehabilitation

• Adjustable resistance, speed, and range of motion

• Intelligent motion sensors with real-time feedback

• Ergonomic, lightweight, and comfortable design

• Safe operation with emergency stop function

• Real-time performance tracking and data recording

• Suitable for both ambulatory and wheelchair-bound patients

Technical Specifications

• Type: Motorized Robotic Exoskeleton

• Application: Physical and Neurological Rehabilitation

• Supported Limbs: Upper and Lower Limbs (Full Body Model)

• Power Supply: AC 220V, 50Hz

• Control System: Microprocessor-based with smart sensors

• Display: 7-inch LCD touchscreen

• Assistance Modes: Passive, Active, Assistive

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

• Material: Lightweight aluminum alloy with soft padding

• Safety Features: Emergency stop, overload protection, stable support frame

• User Weight Capacity: Up to 120 kg

• Training Modes: Gait training, muscle strengthening, joint mobilization

• Connectivity: USB and data storage option

• Mobility: Portable with lockable wheels

• Noise Level: 45 dB

Applications

• Stroke and paralysis rehabilitation

• Spinal cord injury recovery

• Cerebral palsy physiotherapy

• Neurological and muscular disorder treatment

• Post-surgery physical rehabilitation

• Balance and gait training therapy

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Precision Neurological Rehabilitation

This robotic exoskeleton utilizes cutting-edge motorized technology to provide targeted therapy for neurological and physical recovery. With high accuracy in movement and adaptive pressure control, the device assists in restoring function after stroke, paralysis, or injury, offering measurable improvements in mobility via intelligent robotic intervention.


User-Friendly Interface and Versatile Operation

Equipped with a digital touch screen for easy control, the rehabilitation robot allows real-time therapy adjustments. Its portable construction and ergonomic design enable use in various settings, from hospitals to clinics, ensuring comprehensive support for both upper and lower limbs and adapting to different age groups.


Proven Stroke and Physical Recovery Support

Designed for full body rehabilitation, this exoskeleton addresses muscle, nerve, and joint issues caused by neurological conditions. Its electrical, motorized operation brings reliable and consistent therapy to patients, helping accelerate recovery and enhance independence in daily activities.