3D printers are used to create a wide variety of customized devices, such as surgical guides, clear aligners, study models, temporary crowns and denture bases.
This allows dentists to provide more accurate and efficient treatments.

Impression time varies depending on the size and complexity of the part.
In general, small parts such as aligners may take a few hours, while larger parts such as surgical guides may take several hours.

Yes, the materials used in dental 3D printers are approved by regulatory agencies and are biocompatible, meaning they are safe to be in contact with oral tissues.

The accuracy of 3D printed parts depends on several factors, such as the quality of the scan, the calibration of the printer and the software used.
Dentists use specialized software to design and validate the parts before printing, ensuring an accurate fit.

A 3D X-ray provides a full three-dimensional image of the mouth, including the bones, teeth and soft tissues.
A panoramic x-ray, on the other hand, provides a two-dimensional image of the entire mouth.
The 3D X-ray offers a greater amount of detail and allows for better visualization of anatomical structures.

Yes, 3D radiology is a safe procedure when performed by a trained professional and the proper protocol is followed.
The amount of radiation used is minimal and the benefits for diagnosis and treatment far outweigh the risks.

3D radiology is used for a wide variety of procedures, such as planning dental implants, evaluating bone lesions, detecting hidden cavities and assessing tooth position for orthodontic treatment.

The frequency of 3D X-rays depends on the individual needs of each patient.
In general, they are used when a more detailed evaluation of the bone structure is required or when complex treatment is being planned.

No, the use of the dental microscope does not cause any discomfort to the patient.
The dentist simply adjusts the position of the microscope to obtain the best view and continues with the treatment.

The dental microscope offers several advantages, such as greater precision in the detection of caries and fractures, better visualization of root canals, and the possibility of performing more conservative treatments.

No, the use of the dental microscope depends on the type of treatment and the individual needs of the patient.
However, in many cases, the microscope can significantly improve the quality and results of treatment.

The dental microscope provides a magnified and detailed view of teeth and oral tissues, allowing dentists to perform more precise and minimally invasive treatments.
It is used especially in endodontics, oral surgery and esthetic treatments.

Intraoral scanning is used for a wide variety of procedures, such as orthodontic treatment planning, crown and bridge fabrication, and the creation of surgical guides for implants.

Intraoral scanning offers several advantages, such as greater accuracy, shorter procedure time, greater patient comfort and elimination of the need for impression materials that can cause nausea.

No, intraoral scanning is a painless and non-invasive procedure.
The scanner is simply passed gently over the teeth and gums.

An intraoral scanner uses a digital camera to capture detailed images of the teeth and gums.
These images are combined to create an accurate 3D model of the patient’s mouth.