Intraoral scanners; Ceramic coating (crown), ceramic inlay, ceramic onlay, implant-supported coatings are new generation devices developed instead of the measurement process used for aesthetic planning.

Thanks to these devices, it is aimed to minimize the margin of error of the human factor. Intraoral scanners, which manage to take numerous photos of a structure inside the mouth and combine them and transfer them to the digital environment, have managed to reduce the margin of error to the micron level.

By supporting intraoral scanners, 3D printers and Cad - Cam Systems, the entire prostheses process can be designed and produced in a digital environment.

Today, brands such as 3Shape and Sirona play a leading role in intraoral scanners and Cad - Cam systems.

Intraoral scanners are also used in transparent plaque treatment, which is a new generation orthodontic treatment. For transparent aligner treatment, also known as Invisalign, transparent aligners can be prepared and the treatment process can be started quickly, thanks to the measurement taken with intraoral scanners after an examination by an orthodontist specialist.

Digital measurement, design and production ensure that the treatments we provide to our patients are completed precisely and quickly.

Using technology together in digital dentistry continues to improve the quality of treatment day by day.

Digital tooth design (CAD) and computer-aided prostheses manufacturing (CAM) enable the precise and rapid production of patient-specific prostheses (veneers, bridges, inlays, onlays) by using data received with intraoral scanners.

The measurements taken with intraoral scanners are sent to the laboratory electronically (internet) within seconds. Without wasting time such as preparing a plaster model, a patient-specific prostheses (veneer, bridge, inlay, onlay) is designed by technicians in the laboratory and the production phase begins.

The Cad - Cam device starts production with one or more of the materials preferred by the physician, such as Zirconium - Glass Silicate (E-max) - Porcelain - Composite, the design of which is sent to it electronically. Depending on the number and size of the prostheses to be made, these prostheses are prepared within a few hours and are ready to be transferred to the patient even on the same day. These prostheses, produced with a precision of one thousandth of a millimeter (micron), greatly affect the success of the treatment.

It is known that today 3D (3D) printers are starting to be used in many areas. Dentistry is one of the fields where 3D printers are used.

The measurements taken with intraoral scanners are sent to the dental prostheses laboratory via the internet and models are produced for our patients. In this way, a plaster model is not prepared and a much more detailed study can be done.

With 3D printers, we can also deliver temporary prostheses to our patients on the same day.

In implant treatment, intraoral scanners and computed tomography are used together to create special guides in difficult cases. Thanks to these guides, implants can be placed in the right area of the jaw bone at the right angle.

After an average of 3 months of healing process, implant coatings are applied. At this stage, the veneers are prepared by taking digital measurements instead of old-school measurements.