Horse's Hind Leg – Muscles, Tendons, Ligaments, Blood Vessels, and Nerves of the Knee (To Scale) – VP10050

This model is part of the exclusive Monash 3D Anatomy series, a comprehensive collection of human dissections reproduced using high-resolution color 3D printing.

Product Description

The Horse Hind Limb – Muscles, Tendons, Ligaments, Vessels, and Nerves Distal to the Knee Joint (1:3 Scale) – VP10050 anatomical model is a high-quality educational tool, ideal for study and research in the veterinary field. Thanks to its 1:3 scale representation, this model offers a detailed analysis of the muscular, tendinous, ligamentous, vascular, and nervous structures of the horse’s hind limb, from the distal region up to the knee (stifle). Perfect for anatomy courses, dissection labs, and specialized seminars, the VP10050 ensures a comprehensive and interactive learning experience.

Key Features

Realistic and Detailed Anatomy

• Accurate Representation: The model reproduces the complex morphology of the equine hind limb with extreme precision, emphasizing muscles, tendons, ligaments, blood vessels, and nerves.
• 1:3 Scale: The scaled-down size allows for in-depth and focused study, making it easier to identify anatomical details that are often difficult to observe.

High-Quality Materials

• Strength and Durability: Made from select materials, the VP10050 is designed to withstand intensive use in educational and research settings.
• Carefully Finished Details: Every component has been meticulously crafted to provide a realistic and functional representation.

Wide Range of Educational and Research Applications

• Advanced Educational Tool: Perfect for veterinary anatomy courses, dissection labs, and seminars, it ensures students receive practical and comprehensive learning.
• Clinical Research Support: Ideal for in-depth studies, research projects, and comparative analyses of the equine hind limb’s musculoskeletal and nervous systems.

Benefits of Use

Interactive and Safe Learning

Thanks to the Horse Hind Limb Model – Muscles, Tendons, Ligaments, Vessels, and Nerves Distal to the Knee Joint (1:3 Scale) – VP10050, students and professionals can practice in a controlled environment, improving their understanding of anatomical structures without the need for live subjects.

Investment for Institutions and Research Centers

This model represents a strategic investment for universities, veterinary schools, and research centers, helping to elevate the quality of teaching and clinical practice thanks to its accuracy and reliability.

Technical Specifications

For further information, such as dimensions, materials used, and instructions for use, please consult the complete technical data sheet or contact our customer service for personalized support.

Buy Now

Don’t miss the opportunity to enhance your education or that of your students with the Horse Hind Leg Model – Muscles, Tendons, Ligaments, Vessels, and Nerves Distal to the Knee Joint (1:3 Scale) – VP10050 .
Add to cart and discover how this tool can revolutionize the study and understanding of equine anatomy.

What advantages does the Monash University anatomical dissection collection offer compared to plastic models or plastinated specimens?

 

• Each body replica has been carefully created from selected patient radiographic data or human cadaver specimens selected by a highly qualified team of anatomists at the Monash University Centre for Human Anatomy Education to illustrate a range of clinically important anatomical areas with a quality and fidelity that cannot be achieved with conventional anatomical models – this is real anatomy, not stylized.
• Each body replica has been rigorously checked by a team of highly qualified anatomists at the Center for Human Anatomy Education, Monash University, to ensure the anatomical accuracy of the final product.
• The body replicas are not real human tissue and are therefore not subject to any restrictions on transport, import, or use in educational institutions that do not hold an anatomy license. The Monash 3D Anatomy dissection series avoids these and other ethical issues that arise when dealing with plastinated human remains.