Robotic Exoskeleton for Physical Rehabilitation and Stroke Therapy

About Robotic Exoskeleton for Physical Rehabilitation and Stroke Therapy

Biotronix Robotic Exoskeleton for Physical Rehabilitation and Stroke Therapy

The Robotic Exoskeleton for Physical Rehabilitation and Stroke Therapy is an advanced rehabilitation system designed to assist patients in regaining movement, balance, and strength after stroke, paralysis, spinal cord injury, or other neurological conditions. This intelligent exoskeleton combines robotic precision with physiotherapy expertise, offering a modern solution for restoring mobility and motor control through guided, repetitive motion therapy.

Engineered with AI-based adaptive motion control technology, this robotic exoskeleton supports both upper and lower limb rehabilitation, allowing patients to perform natural, controlled, and safe movements. It provides active, passive, and assistive training modes, enabling physiotherapists to tailor therapy sessions based on the patient’s physical condition and stage of recovery. The real-time feedback and progress tracking features help monitor performance and improve treatment outcomes.

The Robotic Exoskeleton for Physical Rehabilitation enhances neuroplasticity—the brain’s ability to rewire itself—by facilitating repetitive, precise motion exercises essential for recovery. Its ergonomic and lightweight design ensures patient comfort during extended therapy sessions, while the digital touchscreen interface simplifies operation and progress monitoring for clinicians.

Ideal for hospitals, physiotherapy departments, and neurorehabilitation centers, this device helps reduce therapist workload while providing consistent, high-quality rehabilitation therapy. It is an essential addition to modern rehabilitation setups focused on efficiency, accuracy, and patient progress.

Key Features

• Intelligent robotic motion control for adaptive training

• Supports upper and lower limb rehabilitation

• Active, passive, and assistive therapy modes

• Real-time motion tracking and feedback system

• Promotes neuroplasticity and motor recovery

• Ergonomic, lightweight, and user-friendly design

• Touchscreen digital control interface

• Ideal for stroke, paralysis, and neurological rehabilitation

• Compact and portable design for clinical use

Applications

• Stroke and paralysis rehabilitation

• Spinal cord injury therapy

• Neurological motor training

• Post-surgery physiotherapy recovery

• Gait and balance re-education

Technical Specifications

• Type: Robotic Exoskeleton for Rehabilitation

• Training Modes: Active, Passive, Assistive

• Therapy Focus: Upper and Lower Limb Rehabilitation

• Control System: AI-based adaptive robotic control

• Display: 7-inch digital touchscreen

• Sensors: Force, angle, and motion sensors

• Feedback System: Real-time performance monitoring

• Material: Lightweight aluminum alloy and medical-grade composite

• Power Supply: 220V AC, 50Hz

• Connectivity: USB, Wi-Fi, Bluetooth

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

• Weight: Approx. 30–35 kg

• Dimensions: 1500 × 650 × 450 mm (approx.)

• Usage Environment: Hospital, Rehabilitation Center, Physiotherapy Clinic

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