In recent years, with the advancement of technology, dental diagnostic and treatment applications have become more
efficient and cost-effective.Digital diagnostic and treatment methods that shorten the processes have started to be used.
New methods and technical equipment continue to be developed. Digital imaging systems, robotic surgery
applications,intra- and extraoral scanning systems,CAD-CAM systems,3D printing,3D modeling and analysis methods,
digital orthodontics,digital cephalometry,invisalign endodontic biomicroscopes,apex locators and endodontic rotary
systems have been used in recent years.The improvement of digital restorative production systems has allowed dentists
to choose restorative materials different from traditional ones,to produce restorations within the clinic and also to reduce
laboratory workflows.The first step of dental digital systems was digital cameras.With the development of intraoral and
laboratory scanner cameras, digital imaging systems moved to another phase. This was followed by computer-aided
diagnosis,treatment planning,digital design and production,and the construction of restorations.With the discovery of
artificial intelligence, a new chapter in digital dentistry was opened. Success in digital dentistry depends on the
precision and accuracy of digital devices and the knowledge and skills of dental personnel using digital devices and
methods.This study aims to present current approaches to digital dentistry.