Next-Generation Exoskeleton Rehabilitation Robot for Clinical Therapy Use

About Next-Generation Exoskeleton Rehabilitation Robot for Clinical Therapy Use

Biotronix Next-Generation Exoskeleton Rehabilitation Robot for Clinical Therapy Use

The Next-Generation Exoskeleton Rehabilitation Robot for Clinical Therapy Use is an advanced robotic rehabilitation system designed to revolutionize physiotherapy and neurorehabilitation. Developed for hospitals, clinics, and rehabilitation centers, this intelligent exoskeleton assists patients recovering from stroke, paralysis, spinal cord injuries, cerebral palsy, and other neurological disorders by promoting functional movement, mobility, and muscle re-education.

Built with AI-powered adaptive motion technology, this exoskeleton robot replicates natural limb movement and supports upper and lower limb rehabilitation with precision and consistency. It features multiple therapy modes—passive, active, and assistive—allowing therapists to tailor sessions according to the patient’s ability and recovery stage. The integrated real-time feedback and progress tracking system helps monitor each movement, ensuring accuracy and safety during therapy.

The device’s ergonomic, lightweight, and adjustable design enhances patient comfort while ensuring stability during use. With its intuitive digital interface and smart sensors, the exoskeleton provides efficient, data-driven therapy sessions. It reduces manual effort for therapists while ensuring optimal rehabilitation outcomes for patients.

Ideal for clinical physiotherapy applications, the next-generation exoskeleton rehabilitation robot provides an evidence-based, technology-driven approach to restoring mobility and independence.

Key Features

• AI-based adaptive robotic motion control

• Suitable for upper and lower limb rehabilitation

• Active, passive, and assistive therapy modes

• Real-time feedback and therapy progress monitoring

• Ergonomic and adjustable exoskeleton frame

• User-friendly digital touchscreen interface

• Promotes neuroplasticity and mobility recovery

• Clinically tested for safety and performance

• Ideal for hospitals, rehabilitation centers, and physiotherapy clinics

Applications

• Stroke and paralysis rehabilitation

• Spinal cord injury and neurotherapy

• Cerebral palsy rehabilitation

• Post-surgical physiotherapy recovery

• Gait training and movement re-education

Technical Specifications

• Type: Next-Generation Robotic Exoskeleton Rehabilitation System

• Therapy Modes: Passive, Active, Assistive

• Target Areas: Upper Limb, Lower Limb, Full Body

• Display: 7-inch digital touchscreen control panel

• Sensors: Angle, force, and motion sensors for precision tracking

• Feedback System: Real-time monitoring with performance data logging

• Material: Lightweight aluminum alloy and medical-grade composite

• Power Supply: 220V AC, 50Hz

• Connectivity: USB, Wi-Fi, and Bluetooth support

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

• Weight: Approx. 30–35 kg

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

• Usage Environment: Clinical, Hospital, and Rehabilitation Settings

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