Life-Size Foot Model 3-Part

Discover Human Foot Anatomy: Life-Size Foot Model 3-Part for Detailed Study!

Embark on a journey to explore the intricate anatomy of the human foot with our Life-Size Foot Model 3-Part. This meticulously crafted model allows for a comprehensive understanding of the plantar aponeurosis, flexor brevis, muscles, tendons, vessels, and nerves that constitute the foot structure. By removing specific parts, such as the plantar aponeurosis and flexor brevis, the underlying network of muscles, tendons, vessels, and nerves is revealed. With deeper plantar dissection, observation of the plantar muscles and nerve branches becomes possible. Additionally, a superficial dorsal dissection showcases ligaments, nerves, and vessels, enriching the learning experience. Dimensions: 24*20*14 cm. Weight: 1000 g.

Key Features of the Life-Size Foot Model 3-Part:

– Detailed model depicting the anatomy of the human foot in 3 parts, facilitating comprehensive study and analysis
– Specific parts, such as the plantar aponeurosis and flexor brevis, can be removed to reveal the intricate network of muscles, tendons, vessels, and nerves
– Enables deeper plantar dissection, providing insight into the structure and function of plantar muscles and nerve branches
– Superficial dorsal dissection option allows for the examination of ligaments, nerves, and vessels, enhancing understanding and knowledge retention

Concluding summary:
Embark on an educational journey into human foot anatomy with our Foot Model. Designed to aid in learning and training, this model offers a detailed exploration of the foot’s structure and components. Remember to follow the manufacturer’s guidelines for safe and effective usage.

Emphasized note:
These anatomy models are purposefully designed to serve as invaluable tools for educational and training endeavors. Tailored with precision, the models are intended to facilitate a deeper understanding of human anatomy. It’s important to adhere strictly to the manufacturer’s guidelines to ensure the longevity and accuracy of the models.