Anatomical Human Foot Model: Flat Feet, High Arch & Normal Foot Structures

Description:

Discover the intricacies of the human foot with the Yijawuo Anatomical Foot Model. This high-quality, 1:1 scale model provides a detailed and realistic representation of essential foot anatomy, specifically highlighting the differences between a normal foot, flat feet, and a high arch.

Key Features:

• Detailed Anatomical Depiction: Clearly illustrates the bones, muscles, and ligaments of the normal foot, flat foot, and high arch. The superficial fascia on the medial aspect of the foot is removed, revealing underlying musculature and ligaments for enhanced study.
• Digital Labeling for Enhanced Learning: Features an innovative digital marking system designed to facilitate understanding and provide a more intuitive learning experience for users.
• Versatile Application: Ideal for a wide range of educational and professional settings, including medical training, lectures, presentations, and patient demonstrations.
• Durable & Eco-Friendly Construction: Crafted from premium, eco-friendly PVC materials, this model is built for longevity, resistance to oxidation, and sustainable use.
• Realistic Presentation: Naturally displays the structural variations of normal, flat, and high-arched feet, offering an accurate and insightful learning tool.

Specifications:

• Product Type: Anatomical Human Foot Model
• Size: Adult 1:1 Scale
• Material: Eco-friendly PVC

Product Overview:

This meticulously crafted, 3-part human foot model is presented in a true-to-life adult 1:1 scale. It offers a comprehensive view of the skeletal, muscular, and ligamentous structures of the normal foot, flat foot, and high arch. This model is an exceptional resource for surgical medicine education and foot research, providing practical insights into foot mechanics and conditions. The integrated digital markings further enhance its pedagogical value, enabling users to learn and understand foot anatomy with greater ease and efficiency.

Package Includes:

• 1 x Anatomical Human Foot Model