Robotic VR Rehabilitation Device

About Robotic VR Rehabilitation Device

ROBOTIC VR REHABILITATION DEVICE  

• Multi-limb robotic rehabilitation device designed for both upper and lower extremity physiotherapy.
• Advanced Virtual Reality (VR)-based rehabilitation system with interactive therapy games.
• Supports Active, Passive, Active-Assisted, Assistive, and Resistive exercise modes.
• Suitable for neurological, orthopedic, sports injury, pediatric, geriatric, and post-operative rehabilitation.
• Provides robot-assisted movement with intelligent motion control.
• Real-time visual and audio biofeedback to improve patient engagement and motivation.
• Interactive gamified therapy sessions to enhance motor learning and patient compliance.
• Measures and records Range of Motion (ROM), muscle strength, movement speed, coordination, and endurance.
• Automatic progress tracking with graphical reports and session history.
• Therapist can create and customize treatment protocols according to patient needs.
• Supports unilateral and bilateral limb training.
• Adjustable resistance and assistance levels based on patient performance.
• High-precision sensors for accurate movement detection and analysis.
• User-friendly touch screen interface with intuitive software.
• Digital patient database with secure storage of therapy records.
• Multiple rehabilitation programs for shoulder, elbow, wrist, hip, knee, and ankle movements.
• Adaptive therapy algorithm that adjusts difficulty according to patient progress.
• Emergency stop button and built-in patient safety features.
• Compact and ergonomic design suitable for hospitals, rehabilitation centers, physiotherapy clinics, and research institutes.
• Quiet operation with low maintenance requirements.
• USB/Wi-Fi connectivity (model dependent) for software updates and data transfer.
• Power Supply: 220240 V AC, 50 Hz.
• Medical-grade construction with durable, easy-to-clean materials.
• Designed for comprehensive rehabilitation of patients recovering from Stroke, Spinal Cord Injury (SCI), Traumatic Brain Injury (TBI), Parkinson's Disease, Cerebral Palsy, Multiple Sclerosis, orthopedic injuries, and post-surgical conditions.
• Enables objective assessment and evidence-based rehabilitation through automated performance analysis.

BENEFITS

• Provides robot-assisted rehabilitation for both upper and lower limbs.
• Enhances patient motivation through interactive Virtual Reality (VR) games.
• Increases patient participation with engaging and enjoyable therapy sessions.
• Improves Range of Motion (ROM) and joint flexibility.
• Enhances muscle strength and endurance through progressive resistance training.
• Promotes motor relearning and neuroplasticity after neurological injuries.
• Improves coordination, balance, and functional movement patterns.
• Supports early rehabilitation with safe, controlled, and repeatable movements.
• Reduces therapist fatigue by assisting repetitive therapeutic exercises.
• Delivers consistent and standardized rehabilitation sessions.
• Enables personalized treatment through adjustable assistance and resistance levels.