Description
- 【Articulated Design】 NLShan's 17.7" human skeleton model uses advanced articulation technology to simulate natural joint movement, from shoulder, elbow, wrist, knee to ankle, every part is flexible and free. It is not only suitable for professional medical students for in-depth study and doctor-patient communication, but also can stimulate children's strong interest in anatomy. The model highly reproduces the human bone structure, is the ideal tool for anatomy learning.
- 【Portable disassembly, solid base】 The skull is removable and the chin is connected by a spring to realize the opening and closing function, and the internal structure can be seen at a glance. Equipped with a stable base 4.75 "x4.75" and metal support bar, it can be removed at any time, whether it is for display or study, it can be firmly supported and easily operated.
- 【Meticulous Craftsmanship and Study Guides】 Each model of NLShan is meticulously hand-painted. Mimicking the real detail texture of bones and attention to detail, the product comes with a professional poster, including a detailed description of the model, which is not only a study tool, but also a decorative item on the desktop and bookshelf.
- 【Environmentally friendly material】 Made of non-toxic environmentally friendly PVC material, safe and harmless, easy to clean, to ensure long-term use is still as new. We are committed to providing a healthy and safe learning experience, so that you and your child can explore the mysteries of anatomy without worrying about material safety issues.
- 【Widely Applicable Scenarios】 Whether it is medical education, physiological anatomy, toy collection, art learning, holiday decorations, this 17 inch human skeleton anatomy model is perfect for the job. It is not only an introductory teacher for preschool children to recognize the structure of the body, but also a powerful assistant for medical students to understand anatomy.
NLShan Human Skeleton Model for Anatomy: Scientific Model with Movable Arms, Legs & Display Stand - 17" Mini Human Skeleton Model for Study and Display
