Head joints schematic

Our schematic upper cervical joint model provides a clear and concise representation of the upper cervical joints, specially developed to demonstrate the movement mechanisms in the atlanto-occipital and atlanto-axial joints. This elastically mounted, dismountable model provides a clear and educational explanation of the complex anatomical structures and movements in the upper cervical vertebrae.

Features:

1. Schematic representation:
The model presents the upper cervical joints in a schematic way that is ideal for illustrating the basic structures and movement mechanisms in the atlanto-occipital and atlanto-axial joints. This schematic representation makes it easier to understand the complex anatomical relationships.

2. Demonstration of the movement mechanisms:
The upper cervical joint model is specially designed to clearly demonstrate the movement mechanisms in the atlanto-occipital joint and atlanto-axial joint. This enables an instructive presentation of the flexible movement dynamics in the upper cervical vertebrae.

3. elastically mounted and dismountable:
The model is elastically mounted to mimic the natural movements of the upper cervical joints. It can also be dismantled, allowing detailed examination of the individual components. This promotes interactive learning and understanding of the anatomy.

4. Compact size:
Measuring 8.5 x 8.5 x 5 cm, the upper cervical model is compact and easy to handle. This size allows for easy integration into teaching environments and clear visibility for students and professionals.

5. Versatile:
The model is ideal for use in medical schools, universities, training facilities and surgeries. It provides effective teaching support for anyone who wants to develop a basic understanding of the upper cervical joints and their movements.

Facilitate the teaching of complex anatomical relationships with our schematic upper cervical model. This model is the perfect teaching aid to give students and professionals a precise understanding of the movement mechanisms in the atlanto-occipital and atlanto-axial joints. Invest in this model to create an interactive and educational learning experience.