AI-Powered Exoskeleton Robot for Physiotherapy and Recovery Sessions

About AI-Powered Exoskeleton Robot for Physiotherapy and Recovery Sessions

Biotronix Powered Exoskeleton Robot for Physiotherapy and Recovery Sessions

The AI-Powered Exoskeleton Robot is an advanced rehabilitation system designed to support patients during physiotherapy, mobility recovery, and rehabilitation training. Using artificial intelligence, this robotic exoskeleton intelligently adapts to each patient’s strength, gait pattern, and therapy needs, providing a personalized recovery experience.

It helps patients recovering from stroke, paralysis, spinal cord injury, orthopedic surgeries, and neurological disorders regain mobility, coordination, and muscle strength. The robot assists in limb movement, balance correction, and gait training, ensuring precise and repeatable motions with real-time progress tracking.

Ideal for rehabilitation hospitals, physiotherapy clinics, neurorehabilitation centers, and medical research institutions, this AI-powered exoskeleton enhances therapy outcomes and reduces therapist workload.

Key Features

• AI-powered robotic exoskeleton for physiotherapy and recovery sessions

• Adaptive motor control system for real-time movement assistance

• Smart sensors for motion tracking, balance, and gait analysis

• Adjustable intensity levels to match patient progress

• Helps restore mobility, strength, and muscle coordination

• Suitable for stroke, paralysis, and spinal injury rehabilitation

• Lightweight, ergonomic design with digital touchscreen controls

• Real-time performance feedback for effective recovery sessions

Applications

• Physiotherapy and rehabilitation therapy

• Stroke and paralysis recovery

• Neuro and orthopedic rehabilitation

• Post-surgery mobility and strength training

• Spinal cord injury rehabilitation

• Balance and gait correction therapy

Technical Specifications
Model: AI-Powered Exoskeleton Robot – Physiotherapy & Recovery Series
Type: Motorized wearable robotic exoskeleton
Function: AI-assisted walking and movement training
Control System: Artificial intelligence-based adaptive motor control
Operation Modes: Active assist, passive, and guided therapy
Motor Type: High-torque brushless DC servo motors
Sensor System: IMU, pressure, and joint angle sensors
Walking Speed Range: 0.2 – 1.5 m/s adjustable
User Height Range: 150 cm – 190 cm
Maximum Weight Capacity: 110 kg
Display: 7-inch touchscreen interface with live performance data
Connectivity: Wi-Fi, Bluetooth, USB
Battery Type: Rechargeable lithium-ion battery
Battery Backup: 3–4 hours continuous use
Material: Lightweight aerospace-grade aluminum alloy
Safety Features: Emergency stop, fall detection, auto-lock mechanism
Device Weight: 25–30 kg
Noise Level: < 45 dB
Operating Temperature: 10°C – 40°C
Warranty: 1 year standard

AI-Powered Exoskeleton Robot, Robotic Exoskeleton for Physiotherapy, AI Rehabilitation Robot, Intelligent Physiotherapy Robot, Exoskeleton for Recovery Sessions, Artificial Intelligence Rehabilitation Equipment, Smart Robotic Exoskeleton, Robotic Rehabilitation Device, AI-Based Walking Robot, Exoskeleton for Stroke Recovery, Robotic Gait Training System, Motorized Exoskeleton for Physiotherapy, Robotic Mobility Rehabilitation Device, Neuro Rehabilitation Exoskeleton, Robotic Walking Assistance Device, AI Physiotherapy Robot, Intelligent Rehabilitation Exoskeleton, Robotic Gait Trainer, Exoskeleton for Spinal Cord Injury, Robotic Walking Support System, Medical Rehabilitation Exoskeleton, Robotic Therapy Equipment, Smart Rehabilitation Robot, AI-Based Rehabilitation System, Clinical Exoskeleton Robot, Wearable Robotic Physiotherapy Device, Robotic Walking Therapy Equipment, Rehabilitation Robot for Stroke and Paralysis, Robotic Walking and Gait Trainer, AI-Powered Physiotherapy Equipment, Robotic Walking Machine for Hospitals, Advanced Robotic Gait Rehabilitation System, Robotic Exoskeleton for Neurorehabilitation, Physiotherapy Walking Robot, Robotic Lower Limb Rehabilitation Device