Description

The Disc Prolapse Simulator is an advanced anatomical and functional training model designed to demonstrate intervertebral disc herniation (disc prolapse) and its impact on spinal nerves. Ideal for medical students, orthopedic specialists, physiotherapists, and patient education, this simulator provides a realistic visual and tactile understanding of how disc displacement leads to nerve compression and back pain.

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✅ Key Features

🦴 Realistic Demonstration of Disc Herniation
The model accurately represents two vertebrae, an intervertebral disc, and spinal nerves, showing how a bulging or ruptured disc presses against nerve roots.

💡 Interactive Learning Tool
Designed for hands-on training, the model allows simulation of disc movement and prolapse, helping visualize the cause of common spinal conditions like sciatica or herniated discs.

🧩 Detailed Anatomical Structure
Features vertebral bodies, intervertebral discs, spinal cord, and nerve roots with precise detailing to aid in medical and physiotherapy education.

⚙️ Durable & Portable Design
Constructed from high-quality medical-grade PVC with flexible, durable materials for repeated classroom use. Lightweight and easy to handle during demonstrations.

🎓 Ideal for Teaching & Patient Education
Perfect for explaining spinal biomechanics, disc degeneration, and pain mechanisms to students and patients in a clear, visual way.

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📊 Technical Specifications

Parameter Specification

Product Name Disc Prolapse Simulator
Material Medical-grade PVC & silicone
Size Life-size
Includes Two vertebrae, intervertebral disc, spinal cord, nerve roots
Function Demonstrates disc prolapse and nerve compression
Mounting Mounted on a stable base
Color Natural bone and nerve tones

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🎯 Applications

Medical, nursing, and physiotherapy education

Orthopedic and neurological demonstrations

Patient counseling on back pain and spinal disorders

Research and anatomical visualization

Teaching tool in rehabilitation and chiropractic training

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💡 Why Choose This Model?

✅ Demonstrates real-time disc herniation and nerve compression
✅ Enhances understanding of spinal mechanics and pathology
✅ Durable, easy-to-use, and suitable for repeated demonstrations
✅ Valuable tool for both teaching and clinical explanation
✅ A must-have model for anatomy labs, physiotherapy institutes, and hospitals