Functional Life-Size Elbow Joint Model with Dissectible Musculature – For Clinical and Didactic Demonstration - Myaskro

At Anatomy Shop, we understand the critical need for anatomical fidelity and biomechanical realism in medical education. Our Functional Elbow Joint Model is engineered to meet the standards of clinical training, practical demonstrations, and anatomical instruction.

This life-size model precisely replicates the osteology of the distal humerus, proximal radius, and ulna, complemented by accurately rendered superficial forearm flexor and extensor muscle groups. The elbow joint is fully articulated, enabling realistic demonstration of both flexion and extension at the humeroulnar and humeroradial articulations.

Features and Advantages:

• Dissectible Musculature: Prominent muscles such as biceps brachii, triceps brachii, and brachialis are distinctly modeled, illustrating their anatomical origins, insertions, and functional relevance in joint movement.

• Demonstrable Kinematics: The articulation permits real-time demonstration of joint mechanics, allowing for explanation of concepts such as agonist-antagonist muscle pairs, lever systems, and joint stability.

• Pathological Context: Ideal for illustrating common clinical pathologies—lateral and medial epicondylitis, ligamentous injuries, nerve entrapment syndromes, and post-traumatic rehabilitation.

• Durability and Practicality: Constructed from robust, medical-grade materials for repeated handling in academic, clinical, and patient education settings.

Our model empowers educators to move beyond static visual aids—facilitating hands-on palpation, kinematic analysis, and interactive teaching that reinforces both theoretical and practical anatomical knowledge.

At Anatomy Shop, we’re committed to advancing anatomical education through precise, functional models that support rigorous learning and effective patient communication.