Product details & mandatory information
Erler Zimmer skull model, 3-part - EZ Augmented Anatomy in detail
During the development of this high-quality anatomical model of a human skull, a real human skull was digitised using the latest technology and then optimised for medical training. The model corresponds to the anatomical ideal and contains all the important anatomical details and structures found in textbooks. It consists of three parts - skull base, skullcap and lower jaw. The teeth are realistically positioned and have spaces between them just like in a real set of teeth. The lower jaw is movable and removable. The skullcap is aligned with the skull base using unbreakable metal pins and held in place by strong magnets, so there are no annoying hooks or breakable pins and there is no gap between the skull base and skullcap. This clearly distinguishes our model from other models that use plastic pins or disruptive metal hooks. The size and proportions of the skull correspond to those of an average European adult. Thanks to our modern production technology and large quantities, we can offer this high-quality model at an extremely favourable price, making it affordable for everyone.
Size: 18 x 19 x 12 cm, weight: 0.7 kg
Augmented anatomy app
With our new augmented anatomy app, learning becomes even easier and more efficient! This app automatically recognises our anatomical models and displays the corresponding nomenclature in augmented reality. As an Erler Zimmer customer, you can use the app free of charge and for an unlimited period of time. The app is high-quality and user-friendly and requires no registration. The nomenclature is available anytime and anywhere. You will also find additional online links in the learning lexicon. Our augmented anatomy app works on all common smartphones and tablets. Download the app here.
Ideally suited for
- Hospitals
- Healthcare centres
- Training facilities
- Research facilities>
Advantages
- High-quality anatomical model of a human skull
- Real human skull digitised and optimised for medical training
- Model corresponds to the anatomical ideal