Description

The Thoracic Spinal Column Model is a detailed and life-size anatomical representation of the thoracic region of the human vertebral column. Designed for medical, chiropractic, and physiotherapy training, this model clearly illustrates the 12 thoracic vertebrae, intervertebral discs, and spinal nerve exits, providing an accurate understanding of thoracic spine anatomy and function.

—

✅ Key Features

🧩 Detailed Anatomical Structure
Includes 12 thoracic vertebrae (T1–T12) with intervertebral discs, showing their alignment and articulation with adjoining ribs and nerves.

🦴 Realistic Bone Texture
Crafted to mimic the natural bone appearance and texture, offering a lifelike tactile experience ideal for both teaching and demonstration.

🎓 Educational & Clinical Use
Perfect for medical students, physiotherapists, chiropractors, and orthopedic professionals for explaining spinal structure, posture alignment, and thoracic spine disorders.

⚙️ Durable & Long-Lasting Material
Made from medical-grade PVC, ensuring durability, resistance to damage, and easy cleaning for repeated use in classrooms and clinics.

🧠 Mounted on Stand (Optional)
Supplied with a removable base stand, allowing easy handling and 360° viewing of the thoracic vertebrae for demonstration or study.

—

📊 Technical Specifications

Parameter Specification

Model Name Thoracic Spinal Column
Region Covered Thoracic Vertebrae (T1–T12)
Material Medical-grade PVC
Size Life-size
Mounting With removable display stand
Color Natural bone tone

—

🎯 Applications

Medical and nursing education

Chiropractic and physiotherapy demonstrations

Orthopedic and spinal disorder studies

Research and anatomical visualization

Patient education in spinal health and posture

—

💡 Why Choose This Model?

✅ Accurate representation of thoracic vertebrae and discs
✅ Helps understand spinal curvature and nerve pathways
✅ Ideal for posture, movement, and spine disorder studies
✅ Robust and lightweight for easy handling
✅ Essential teaching tool for anatomy labs and clinics