Full Body Robotic Exoskeleton for Rehabilitation, Stroke, and Paralysis Patients

About Full Body Robotic Exoskeleton for Rehabilitation, Stroke, and Paralysis Patients

Biotronix Full Body Robotic Exoskeleton for Rehabilitation, Stroke, and Paralysis Patients

The Full Body Robotic Exoskeleton is an advanced rehabilitation system designed to assist stroke survivors, paralysis patients, and individuals with spinal cord injuries in regaining mobility, strength, and independence. This state-of-the-art robotic device provides motorized support for both upper and lower limbs, enabling controlled, repetitive movement that promotes muscle re-education and neuroplasticity.

Equipped with intelligent motion sensors and adaptive robotic technology, the exoskeleton detects the patients movement intent and adjusts its support level in real time. It offers active, passive, and assistive therapy modes, making it suitable for different rehabilitation stagesfrom early recovery to advanced functional training.

The digital touchscreen interface allows therapists to customize parameters such as speed, resistance, range of motion, and duration, ensuring personalized therapy sessions. Its lightweight, ergonomic, and adjustable structure ensures maximum comfort, while built-in safety features like emergency stop and overload protection guarantee secure use during training.

This robotic rehabilitation solution is ideal for hospitals, physiotherapy centers, neurorehabilitation clinics, and research institutions, providing precise, data-driven therapy for faster and more effective recovery outcomes.

Technical Specifications

• Application: Stroke, paralysis, spinal cord injury, and neurorehabilitation

• Type: Full-body motorized robotic exoskeleton

• Therapy Areas: Upper and lower limbs, gait, and trunk movement

• Training Modes: Active / Passive / Assistive

• Control System: Sensor-based adaptive feedback control

• Display: Touch-screen digital control interface

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

• Operation: Manual, automatic, and program-based modes

• Power Supply: AC 220V / 50Hz

• Safety Features: Emergency stop, overload protection, motion limiter

• Frame Design: Lightweight, ergonomic, and adjustable for multiple body sizes

• Data Function: Real-time progress tracking and performance analysis

Key Features

• Robotic-assisted full-body rehabilitation for stroke and paralysis patients

• Promotes motor recovery, muscle re-education, and mobility restoration

• Supports customized therapy programs for all recovery stages

• Enhances balance, coordination, and gait control

• Provides real-time feedback and data monitoring for accurate progress tracking

• Ergonomic design ensures patient comfort and safety during therapy

• Ideal for clinical, hospital, and physiotherapy center use

• Improves neuroplasticity and functional independence

Applications

• Stroke rehabilitation and motor recovery

• Paralysis and spinal cord injury therapy

• Neuro and orthopedic physiotherapy

• Gait and balance training programs

• Clinical and hospital rehabilitation

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Cutting-Edge Neurorehabilitation Technology

Leveraging digital intelligence and smart robotics, this exoskeleton enables clinicians to deliver tailored rehabilitation regimens for both children and adults. Advanced sensors and AI ensure precise motor assistance, fostering optimal nerve and muscle revitalization during therapy sessions.


All-In-One Full Body Support

This equipment delivers integrated training for limbs and movement, supporting shoulder, cervical, and joint recovery. The robust, hospital-grade model adapts to a wide range of patient sizes and rehabilitation needs, making it effective for stroke and paralysis recovery.


User-Friendly and Portable Design

With a lightweight build and intuitive touch screen operation, this exoskeleton allows for seamless clinical workflows. Its portability ensures the device can move between therapy rooms, enhancing accessibility for both practitioners and patients in medical settings.