Knee Joint Model for Anatomy and Mechanics Quick overview A detailed model that simulates bending, stretching, and rotation of the knee joint while clearly showing the joint shape and internal anatomy. Designed for hobbyists, students, and anyone studying human bones and joint mechanics. Key benefits Understand motion: Realistic movement simulation lets you observe how the knee bends, straightens, and rotates, helping to visualize joint mechanics in three dimensions. Clear anatomy: Distinct structural detail makes it easy to identify bones and joint surfaces, improving comprehension without complex textbooks. Practical learning tool: Ideal for hobbyists and anatomy enthusiasts who want a handson reference for study, display, or model collection. Durable for repeated use: Built to withstand repeated manipulation so you can demonstrate movements and study mechanics over time. Features and attributes Function: Demonstrates bending, extension, and rotational movement while revealing internal joint relationships for study and demonstration. Compatibility: Suitable for study, classroom demonstrations, art reference, and hobby collections. Works well alongside anatomy charts and study kits. Construction and performance: Engineered for smooth joint movement and stable positioning to allow close inspection of joint mechanics and structure. Size and handling: Sized for detailed observation and easy handling so users can inspect joint angles and surfaces from multiple viewpoints. Typical use scenarios Classroom demonstration: Use during lessons to show joint mechanics and to help students visualize how bone surfaces interact during motion. Art and model reference: Artists and sculptors can examine realistic joint positions and proportions to improve anatomical accuracy in drawings and models. Hobbyist study and collection: Add to an anatomy collection for handson exploration of bone structure and joint movement. Why customers choose this model This knee joint model delivers clear, functional demonstrations of how the knee moves and how its anatomy is arranged. It solves the problem of abstract or hardtovisualize anatomy by providing a tangible, manipulable reference that supports learning, teaching, and creative work without technical complexity.