Dental 3D Models
Dental 3D models are convenient tools to visualize the anatomy of the zygomatic bone, the maxillary wall, and the crest. Also, it is a helpful tool to explain to your patient the treatment modality.
"Great definition of the 3D model and, of course, very helpful for my surgeries" - Dr Oman (USA)
Using high-definition 3D printers, we print your patient’s dental anatomy based on a CBCT or CT Scan. The resulting volume is checked for authenticity and anatomical accuracy to be transformed into a printable STL file.
This 3D model is printed using the “Stereolithography” printing technique. Our high-definition segmentation process of medical images and our resin formulation and high-definition 3D printers provide a replica that helps the doctor evaluate and prepare the case more efficiently.
These models have been specifically designed and conceived for use in the dental sector, so they are prepared to withstand drilling efforts, just as real bone would.
Get a Dental 3D model
To buy this dental 3D model, please consider the following:
- You must send the DICOM files to our e-mail [email protected] using WeTransfer, Dropbox, or similar services to start the design.
- All our models are printed without teeth; if you like your design to include teeth, you should notify us by e-mail.
*The delivery time varies between 7 and 10 days depending on your location. The delivery package of one item is not bigger than 15x11x8cm.
Checkout our latest news!
A new generation of 3D models to reach anatomical precision
As many of our alumni and network of ZAGA centers know, it is crucial to thoroughly prepare and study the patient’s anatomy to perform rehabilitation
The ZAGA Concept for a minimally invasive “Canal Osteotomy”
The ZAGA Concept for a minimally invasive “Canal Osteotomy” combined with the use of a Straumann® Zygomatic ZAGA® Flat implant. Zygomatic Case Report (21-01) Overview
Management of a severely atrophic maxilla with zygoma implants
Management of a severely atrophic maxilla with zygoma implants Zygoma Case Report (20-004) Overview Planning Surgery Final situation Post Surgery
Leaving DOUBT outside of the equation
Zygomatic implant rehabilitations are complex treatments that require accurate planning. Depending on the surgeon’s level of experience, one more element can become worrying: DOUBT.
- Should I perform a hybrid zygoma or a quad zygoma?
- Is the implant path well-defined when stabilizing into the zygomatic bone?
- Will the implant trajectory help prevent late complications such as soft tissue dehiscence or rhinosinusitis?
- What to do if something is off during the surgery?
In theory, theory and practice are the same. In practice, they are not.
Theory and Practice
First and foremost, adequate training and cautious progress on the steep learning curve for zygomatic implant rehabilitation are compulsory. High-quality courses are available to provide the knowledge, clinical experience, and protocols to ensure every single one of your patients will get the best treatment.
When it comes to treating your first patient in your office, doubts may be your worst enemy. What if something goes wrong? What if I can’t replicate the planning properly?
Long-term Training
What can you do to prevent this from happening?
- Education and hands-on experience on 3D models or cryopreserved donours: Check all courses available here.
- Mentoring: Discover the mentoring program to be shadowed during your first surgeries or to learn further once experienced
- Remote Planning: Keep reading to understand how this unique service can boost your confidence and treatment outcome.
Remote Planning Service
Using a fully remote setup, this service allows obtaining surgical planning, including implant positioning and trajectory on the CBCT cuts, as well as two 3D-models to rehearse the surgery and visualize beforehand the end result sought.
The digital planning is performed by members of the ZAGA Centers.
What is included in the Remote Planning package?
- A surgical report in PDF including the type, number, diameter, and lengths of implants, the CBCT cuts of the implants planned, as well as any particular recommendation.
- A 3D model of the patient pre-surgery to rehearse and support patient information.
- A 3D models with all implants placed and printed, to visualize the end-results sought
How to order?
- Click on the “Order Now!” button.
- Send the DICOM files to [email protected], using WeTransfer, Dropbox, or similar services.
- Send an email ([email protected]) providing relevant details of the case.
Important: The average turnaround time is ten to fifteen days + shipping time. The turnaround time depends on the current workload and the country to be shipped.
