Dental technology is undergoing a profound transformation in 2025. While craftsmanship and analog procedures once formed the basis for fabricating dental restorations, today’s landscape is dominated by digital workflows, CAD/CAM technologies, and automated manufacturing processes (Miyazaki et al., 2009). Increasing digitalization opens entirely new opportunities for dental laboratories, dentists, and milling centers to improve efficiency, enhance precision, and sustainably boost patient satisfaction.
Prosthetics in particular—a core field within dental technology—benefits enormously from these innovations. From digital impression-taking to computer-aided design and machine-based production of complex restorations such as bridges, implant abutments, or full dentures, nearly all process steps are now digitized (Beuer et al., 2008).
At the same time, the industry faces new challenges: innovation pressure is rising, investment decisions must be carefully evaluated, and integrating new technologies requires expertise and a clear strategy. The central question is therefore: Which trends and innovations will shape dental technology in the coming years—and how can laboratories and practices benefit from them?
This article provides an overview of the most important developments in prosthetics, highlights practical application scenarios, and evaluates the opportunities and limitations of current technologies. It is aimed particularly at dental laboratories seeking to secure their competitiveness and prepare for the future of dental technology.
