Description
The Foot Anatomy Model – 3 Parts is a life-size anatomical model designed to illustrate the structure and variations of the human foot, including normal, flat, and arched foot types. This model is an essential teaching and demonstration tool for medical students, physiotherapists, podiatrists, orthopedic specialists, and educators, helping to understand foot biomechanics, deformities, and arch variations.
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✅ Key Features
🦴 Three Foot Types in One Model
Includes Normal Foot, Flat Foot (Pes Planus), and High-Arched Foot (Pes Cavus) for comparative study of foot anatomy and biomechanics.
💪 Detailed Bone and Ligament Structure
Displays tarsals, metatarsals, phalanges, arches, ligaments, and tendons, providing a complete view of foot anatomy.
🔹 Movable Joints
Shows flexion, extension, and rotation of toes and ankle, demonstrating natural foot movements and differences between foot types.
🧍♂️ Durable Construction
Made from high-quality PVC with painted anatomical details for durability and clarity in teaching and clinical demonstrations.
📚 Educational & Clinical Use
Perfect for anatomy classes, physiotherapy and podiatry training, orthopedic education, and patient education on foot deformities and treatment.
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📊 Technical Specifications
Parameter Specification
Product Name Foot Anatomy Model – 3 Parts
Material Medical-grade PVC
Components Normal foot, flat foot, arched foot
Size Life-size
Movable Parts Toes and ankle joints
Color Natural bone with painted ligaments and tendons
Base Detachable stand for display
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🎯 Applications
Comparative study of normal and abnormal foot types
Medical, physiotherapy, and podiatry education
Demonstration of arch support, flat foot, and high-arched foot conditions
Patient education on foot biomechanics, deformities, and corrective measures
Classroom, laboratory, and clinical teaching
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💡 Why Choose This Foot Anatomy Model – 3 Parts?
✅ Shows three distinct foot types for comparative learning
✅ Movable joints to demonstrate realistic foot movement
✅ Durable, life-size, and anatomically accurate
✅ Ideal for teaching, clinical training, and patient awareness
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