2X Enlarged Human Heart Model – 4-Part Anatomically Accurate with 49 Numbered Structures, Magnetic Assembly & Base – for for Science Demonstration and Anatomy Education

Enhance science and anatomy education with this comprehensive 3D human heart model, available in life-size, 2× enlarged, and 4× enlarged formats. Designed for interactive teaching and visual learning, the model provides a detailed representation of cardiovascular structures. Key anatomical features, including the left and right atria, ventricles, major valves, and blood vessels, are clearly visible and labeled for easy reference. The removable sections and magnetic design allow the model to be taken apart for close-up inspection, making it an excellent aid for classroom activities, demonstrations, or independent study. Each model includes: A durable display base Numbered anatomical structures (34–49 based on size) A printed reference manual for structural identification Whether used in science labs, educational workshops, or visual demonstrations, this heart model serves as a durable and detailed tool for exploring cardiovascular structure and function.

• Accurate Educational Design: This anatomy model is crafted to visually demonstrate key structures of the human heart, including ventricles, atria, valves, arteries, and veins—ideal for interactive instruction and anatomical understanding.
• Three Size Variants Available: Choose from life-size, 2×, or 4× enlarged versions to support layered learning—from introductory overviews to detailed cardiovascular demonstrations.
• Labeled Structures with Reference Guide: Each version includes clearly numbered anatomical points (up to 49 depending on the model) and comes with a printed manual for guided identification and review.
• Magnetic & Removable Sections: Each model features detachable parts and a magnetic design to facilitate closer observation and hands-on exploration in educational settings.
• Stable Base for Versatile Display: Mounted on a firm display stand, the model is easy to place on any tabletop, making it ideal for teaching environments, demonstrations, or science exhibitions.