Human Foot Model: Flat Foot, High Arch, and Normal Anatomy

Discover the detailed anatomical structures of the human foot with this high-quality, 1:1 scale PVC model. Featuring normal, flat, and high-arch foot types, this educational tool is designed for comprehensive learning and practical application.

Key Features:

Detailed Anatomy: Clearly illustrates bones, muscles, and ligaments of normal, flat, and high-arched feet.
Digital Labeling: Original digital signage enhances learning and user convenience.
Versatile Application: Ideal for education, lectures, presentations, and foot-related research.
Durable & Eco-Friendly: Constructed from oxidation-resistant, environmentally friendly PVC for long-lasting use.
Realistic Presentation: Naturally displays foot structures with removed medial surface fascia, exposing muscles and ligaments.
3-Part Design: Comprises three segments for easy handling and examination.

Product Description:

This meticulously crafted human foot model is an invaluable resource for anyone studying foot anatomy and biomechanics. At a realistic 1:1 adult scale, it accurately depicts the skeletal, muscular, and ligamentous systems of three distinct foot types: normal, flat foot (pes planus), and high arch (pes cavus).

The innovative digital labeling system provides clear identification of anatomical landmarks, making it an exceptionally effective tool for medical students, podiatry professionals, physical therapists, and educators. Its ability to showcase the nuanced differences between foot structures is crucial for understanding conditions like flat feet and high arches, as well as for demonstrating potential treatment approaches.

Designed for durability and sustainability, the model is made from eco-friendly PVC that resists oxidation, ensuring its longevity in demanding educational or clinical settings. The thoughtful design, with the removal of medial surface fascia, offers an unobstructed view of underlying muscles and ligaments, providing a deeper understanding of foot mechanics and function.

Whether used for in-depth classroom instruction, engaging patient presentations, or personal study, this human foot model offers a practical, visual, and educational experience that is second to none. It is a rare and indispensable tool for surgical medicine teaching and foot research.