Rapid development of dental medicine as a clinical, professional and scientific discipline involves introduction of computer technology and digitization in the profession. In this respect, there is an increasing number of CAD/CAM (Computer-Aided Design / Computer-Aided Manufacturing) systems on the market. As the name itself suggests, the system consists of an unit which scans an embedded tooth or cavity, a computer program by which the future restoration is formed and, finally, a CAM unit by which the restoration is made according to the default format and size. CAD/CAM systems differ with respect to the method of prosthetic restoration. During a prosthetic restoration done directly at the office (in office system), the physician scans the tooth with an intraoral camera directly in the mouth of a patient, and when the prosthetic restoration is made in a dental laboratory (in lab system, production in centralized centers), a conventional impression is taken at the office, then sent to a dental laboratory and scanned, or a working model is molded and then scanned in the lab afterwards. Moreover, it is also possible to take an intraoral digital print and send the scans to a dental laboratory. Regardless of the type of CAD/CAM system used, the important advantage of CAD/CAM technology is the shortest time needed to make the restoration. Along with the development of the technology itself, the development of new esthetic ceramic materials adapted to machine processing is being developed as well. On the other hand, there is a huge disadvantage of high cost of the system as well as the lack of system information and of the necessary work experience. The aforementioned advantages go hand in hand with the increasing esthetic and functional requirements of patients, while the dental ractitioner is the one to choose the CAD/CAM system in accordance with their capabilities, to educate themselves about it so that the finished prosthetic restorations can be as precise and as good quality as possible, and also to make the production process as short as possible.