anatomical model, head joints, 2x magnification, with stand

Dive into the fascinating world of human anatomy with our anatomical model of the upper cervical joints, the only one of its kind in the world. This model has been developed to provide a precise and lifelike representation of the cervical vertebrae C1 to C3 and the occipital bone. With a 2x magnification of all parts, it offers a unique opportunity to study the movements in the upper cervical vertebrae in detail and in an anatomically correct way.

Features:

1. Comprehensive representation of the cervical vertebrae:
The model includes the cervical vertebrae C1 (atlas), C2 (axis) and C3, as well as a segment of the occipital bone. This precise replica enables an accurate demonstration of the anatomy and freedom of movement in the upper cervical vertebrae.

2. 2x magnification:
All parts of the model are magnified 2x to ensure a clear and detailed representation. This allows the viewer to look closely at the fine structures of the head joints and better understand the movements in the atlanto-occipital and atlanto-axial joints.

3. lifelike demonstration of movement:
The anatomical model enables a lifelike demonstration of all possible movements in the atlanto-occipital and atlanto-axial joints. The realistic representation enables students, doctors and professionals to understand and learn about the complex movement dynamics in the upper cervical vertebrae.

4. detachable stand:
The model is equipped with a detachable stand that simplifies presentation and demonstration. This offers flexibility when using the model in different teaching environments.

5. Outstanding teaching aid quality:
The anatomical model has been manufactured with the highest precision and using high-quality materials. It is perfect for use in medical schools, universities, training facilities and surgeries.

Experience an innovative way to explore and understand the complex anatomy of the upper cervical joints. Our anatomical model offers an unparalleled opportunity to demonstrate the movements in the upper cervical vertebrae in a precise and educational way. Invest in this model to take anatomical education to a new level and promote a deep understanding of the upper cervical joints.