Bent Human Foot Model

Name: Bent Human Foot Model
SKU: 2585518640
Price: 517.00 USD
Availability: InStock

$517

In stock

Human Foot Model with Flexed Leg

Description:

Ruihea Human Foot Model - Anatomy Educational Tool

Explore the intricate anatomy of the human foot with the Ruihea Foot Model. This meticulously crafted educational tool provides a comprehensive understanding of foot structures, featuring:

Detailed Anatomical Representation: Clearly illustrates the bones, muscles, and ligaments of a normal foot, flat foot, and high arch foot. This level of detail is crucial for accurate learning and teaching.
Intuitive Digital Labeling: Features an original digital marking design that significantly enhances the learning process, making it easier and more convenient for users to identify and understand anatomical components.
Versatile Application: Ideal for a wide range of educational settings, including medical training, lectures, presentations, and patient demonstrations. It's an indispensable resource for anyone teaching or learning about foot biomechanics and orthopedics.
Durable & Eco-Friendly Construction: Made from environmentally friendly PVC materials, this model is built for longevity, resistant to oxidation, and ensures a safe learning experience.
Naturalistic Display: The model naturally displays normal, flat, and high-arched feet, with the medial superficial fascia removed to expose underlying muscles and ligaments for a deeper anatomical view.

Specifications:

Product Type: Human Foot Model
Size: 1:1 adult ratio, providing realistic dimensions.
Material: Environmentally friendly PVC

Product Details:

This 3-part human foot model is presented in a normal, anatomically proportionate size. It offers a detailed depiction of the skeletal musculature and ligamentous structures of the normal foot, as well as variations seen in flat feet and high-arched feet. This makes it a valuable practical model for surgical medicine teaching and foot research. The innovative digital marking system further facilitates learning, allowing users to study and comprehend the complex anatomy with greater ease and efficiency.