AI-Driven Robotic Exoskeleton Device for Physiotherapy and Neuro Recovery

About AI-Driven Robotic Exoskeleton Device for Physiotherapy and Neuro Recovery

Biotronix AI-Driven Robotic Exoskeleton Device for Physiotherapy and Neuro Recovery

The AI-Driven Robotic Exoskeleton Device for Physiotherapy and Neuro Recovery is an advanced robotic rehabilitation system designed to assist patients in regaining movement, strength, and motor control after neurological injuries, paralysis, or stroke.

This intelligent AI-powered exoskeleton device uses advanced algorithms and motion sensors to adapt to each patients physical ability, providing customized therapy sessions that promote faster recovery. It supports natural movement patterns and enhances neuromuscular re-education, making it ideal for physiotherapy centers and neuro-rehabilitation clinics.

Engineered for precision, comfort, and safety, the device helps patients relearn walking, standing, and balance while giving therapists real-time performance data. It significantly improves therapy outcomes and reduces recovery time for individuals with neurological or mobility impairments.

Key Features

• AI-based robotic control for adaptive movement assistance

• Real-time motion tracking and performance monitoring

• Adjustable resistance and support levels for each patient

• Promotes muscle re-education and motor function recovery

• Compact and ergonomic design for patient comfort

• Suitable for stroke, paralysis, and neuro rehabilitation

• User-friendly digital interface for therapists

• Ideal for hospitals, clinics, and physiotherapy centers

Applications

• Neurorehabilitation therapy and motor function recovery

• Stroke and spinal cord injury rehabilitation

• Physiotherapy and gait training programs

• Post-surgical recovery and mobility enhancement

• Clinical and hospital-based rehabilitation therapy

Technical Specifications

• Product Name: AI-Driven Robotic Exoskeleton Device for Physiotherapy and Neuro Recovery

• Type: AI-powered robotic rehabilitation device

• Usage/Application: Physiotherapy, neuro rehabilitation, motor function training

• Modes: Automatic, manual, and AI-adaptive

• Target Area: Upper and lower limbs (depending on model)

• Control System: Intelligent AI-based motion control

• Display: 10-inch touchscreen digital interface

• Sensors: Motion, pressure, and torque sensors

• Motor Type: High-torque servo motors with smooth adaptive control

• Power Supply: AC 220V 10%, 50Hz

• Power Consumption: 500W

• Material: Lightweight aluminum alloy with padded straps

• Height Adjustment: 150190 cm

• Weight Capacity: Up to 120 kg

• Safety Features: Emergency stop, fall detection, overload protection

• Connectivity: USB, Wi-Fi, and cloud storage

• Data Output: Progress reports, motion analytics, gait tracking

• Operating Noise: < 50 dB

• Dimensions: 1100 600 1700 mm

• Weight: 4555 kg

• Brand: Biotronix

• Country of Origin: India / Imported Model Available

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Intelligent Design for Advanced Neuro Rehabilitation

This AI-powered exoskeleton is meticulously crafted for hospital use, merging digital technology with smart rehabilitation protocols. Its robust design supports a wide range of neurotherapeutic treatments, including rehabilitation for paralysis and spinal cord injuries. Real-time operation capabilities allow therapists to monitor and adjust therapy sessions instantly, fostering a dynamic and responsive rehabilitation environment.


Comprehensive Support for Diverse Patient Groups

The devices adaptable settings cater to all age groups, from infants to elders. It focuses on supporting recovery for various body areasshoulders, joints, cervical, back, muscles, and nervesusing robotic precision to enhance physical therapy outcomes. With features such as measured pressure range, accurate movement tracking, and ergonomic support, the exoskeleton ensures safe, effective, and personalized therapy for every patient.