3D Mold

At Intituts Guirado we are committed to all those tools that facilitate the work of dental professionals.

Thanks to the high-resolution acquisition of our CBCT equipment NewTom 5G XL, and with the latest innovations in 3D printers, we offer the possibility of reproducing an exact three-dimensional sample of the anatomical area studied.

If we focus on the dental aspect, a wide range of possibilities opens up in the field of implantology, being of great use for the in situ planning of the surgical technique and the materials to be used for the intervention.

We can reproduce from a complete arch to a single tooth, at a scale of 1:1 to be able to work on the sample as if we were doing it directly on the patient, thus anticipating the surgery.




Free software

From Institutos Guirado we are committed to a transversal communication with the dental professional, adapting to their preferences and making available the NNT Software, so you can plan the interventionist act with images of the patient and reproduce the result in 3D, a tool that facilitates the exposure of the intervention and the results to provide a better service to your patient.

All our studies are attached with this program on a CD that can be taken by the patient at the time of the test or we can send it by courier to your dental clinic to reduce the displacement of your customers.



Minimal metallic artifact

Until now, determining the degree of osseointegration of an implant could be complicated, since the metallic artifact produced by the implant itself did not allow a clear view of the area.

Thanks to CBCT technology with its exposure characteristics and image reconstruction algorithms, a significant reduction of the metallic artifact is achieved in comparison with conventional CT scans.

In this way, the CBCT study becomes essential both for the planning study for implantology and for the control of osseointegration once implanted.

Thanks to this almost total reduction of the metallic artifact, the CBCT study of the dentition is practically unaffected by implants or fillings that the patient may have.