Color Size Spine Model — 45 cm tall educational spine model designed for clear, handson learning and display. Key benefits Improves understanding of spinal anatomy by presenting a lifesize, colorcoded representation of key structures. Makes explanations easier and faster during lessons, demonstrations, or consultations, helping users communicate complex information more clearly. Versatile for teaching, study, display, and collection purposes. Main features Size: 45 cm / 17.72 inch tall, compact enough for desktop use and large enough to show anatomical detail. detailed: clearly shows vertebrae, intervertebral discs, spinal nerves, vertebral artery, femur connection points, and other spine characteristics. Color coding: colored elements highlight different structures for easier identification and faster learning. Multipurpose: suitable for classroom teaching, individual study, laboratory display, or as an educational collectible or decoration. Practical uses Classroom demonstration: Use during lectures or labs to show spinal anatomy and relationships between vertebrae, discs, nerves, and arteries. Study aid: Medical and allied health students can use the model for selfstudy and review of spine structure. Display and collection: Place on a desk, shelf, or lab counter as a reference model or educational display piece. What this model solves Reduces reliance on textbook diagrams by providing a three dimensional, colorcoded reference that clarifies spatial relationships. Saves preparation time for instructors by serving as a ready visual aid during instruction and practical sessions. Supports clearer communication when explaining spine structure to learners, colleagues, or visitors. Compatibility and performance Designed for educational environments, study desks, labs, and display cases. Compact 45 cm size balances fine anatomical detail with ease of handling and storage. Color coding and detailed anatomy improve visual clarity and learning efficiency. Contents and presentation One 45 cm color size spine model featuring vertebrae, intervertebral discs, spinal nerves, vertebral artery, femur landmarks, and related anatomical features as described. This model offers a durable, clear, and practical representation of the human spine for teaching, learning, and display without making clinical or therapeutic claims.