Digital dentistry refers to the advanced use of digital devices and techniques to improve the accuracy and efficiency of dental treatments. Whether for diagnosis, treatment planning or treatment delivery, digital dentistry is a precise, patient-centered approach to oral health care.
local (if required)
usually 1–3 hours
1 to 3 days
1 day
Digital dentistry is an approach in which digital impressions are taken quickly for aesthetic and functional dental problems, and matching restorations are produced with computer-aided devices using intraoral scanning and up-to-date techniques. Procedures performed at a digital dental clinic include intraoral scanning, CAD-CAM milling, 3D printing and smile design.
Digital dentistry relies on a range of modern technologies that offer more precise and faster solutions than traditional methods. These technologies make dental treatment more efficient, comfortable and aesthetically successful.
The main technologies used in digital dentistry are:
CAD/CAM, or Computer-Aided Design/Computer-Aided Manufacturing, is one of the most important areas of digital dentistry. It is today’s technology that allows digital impressions and scans to be taken from the patient and matching restorations to be prepared with computer support. As a result, prosthetic treatments become faster, better and more comfortable.
Yes, dental prostheses can be made with 3D printers. This technology allows prostheses to be produced faster and more accurately. Personalized designs can also deliver excellent aesthetic and functional results.
Yes. In digital dentistry, laser technology offers high precision and minimal invasiveness in gum contouring, cavity cleaning and delicate soft-tissue procedures. Lasers shorten healing time, increase patient comfort and reduce side effects such as bleeding and pain.
Yes, digital dentistry is also suitable for children. Digital technologies offer fast and comfortable treatment, which can reduce children’s fear and anxiety. Digital imaging and measurement methods can also make treatment less invasive and less painful.
Yes. Artificial intelligence analyzes data from digital radiographs and 3D scans to improve accuracy and speed in cavity detection, implant planning and orthodontic treatment simulations. With AI-supported software, dentists can create personalized treatment plans faster and visualize results in advance.