EVOTECH Mini Human Skeleton Model, 17.7" PVC Anatomy Model with Movable Arms & Legs for Education Display, A1, Mini Skeleton Model

The EVOTECH SCIENTIFIC Mini Skeleton Model is a 17" desk-top sized educational tool designed for children, teenagers, and adults. This skeleton model serves as an introductory level aid for recognizing the bones and articulations of the human body, making it an excellent choice for classrooms, home study, or as a thoughtful gift.

Constructed from non-toxic, environmentally friendly PVC material, this miniature human skeleton model is easy to clean and built to last for years. Measuring 17.7 inches in height when fully assembled, this model provides a clear and detailed representation of human anatomy. The skull features a movable chin connected by a spring, allowing for an interactive learning experience. The head cover can be opened to observe the internal structure, and both the limbs and skull can be disassembled for further exploration. The flexible limb joints offer a practical demonstration of human movement, while the included bracket with a base provides stability for display.

• Constructed from non-toxic, environmentally friendly PVC for safe use.
• Compact size of 17.7 inches, making it ideal for desk-top display.
• Movable chin and disassemblable limbs enhance interactive learning.
• Head cover opens for observation of internal skull structure.
• Flexible joints simulate real human movements, albeit with some limitations.
• Durable design ensures longevity and ease of maintenance.
• Comes with a bracket and base for stable positioning and display.

This Mini Skeleton Model is perfect for educational purposes, providing a fun and engaging way to learn about human anatomy. It is suitable for students, educators, and anyone interested in understanding the basics of the human body structure. Whether used in a classroom setting or at home, this skeleton model makes anatomy accessible and enjoyable. It also serves as a unique gift that imparts knowledge while adding a decorative touch to any space.