KDJFS Human Leg Muscle Anatomy Model 1/2 Life Size Upper Limb Muscle Anatomy Model with Digital Anatomical Location Indicators and Bracket Base Showing Muscles Major Blood Vessels & Nerves

Precise Anatomical Structure - Human leg muscle anatomy model is crafted at a 1:2 scale based on a real human body, providing a detailed display of the muscle anatomy of the lower limbs, including both superficial and deep muscles. Each muscle's shape and position are meticulously designed, allowing learners to intuitively understand the complex anatomy of the lower extremities Rich Additional Details - Leg muscle model includes a complete representation of nerves, blood vessels, and tendon structures, showcasing the biological functions of the lower limbs. This comprehensive presentation enables students and professionals to gain a deeper understanding of the role of the lower limbs in movement and physiological activities, enhancing the depth and breadth of learning Convenient for Teaching and Learning - Equipped with 81 numbered indicators and corresponding text descriptions, this model makes it easy for instructors to explain in the classroom while helping students quickly identify and memorize each structure. This design is especially suitable for medical schools, physical therapy courses, and any anatomy-related learning environment(you can contact customer service to obtain an electronic version) Flexible Detachable Design - The lower limb anatomy model features 10 detachable components, allowing users to freely assemble and disassemble according to teaching needs, facilitating an in-depth study of the interrelationships and functions of various muscles. This flexibility makes the model ideal not only for classroom instruction but also for personal study and research High Precision and Meticulous Workmanship - Human lower limb muscle anatomy model is made of high-quality materials to ensure accurate reproduction of every detail, reflecting a high level of professionalism, and comes with a stand base, making it suitable for use in laboratory and classroom environments