The world is rapidly entering a new era. In the near future, many professions will either disappear entirely or be practiced in forms significantly different from those known today. The COVID-19 pandemic has considerably accelerated this transformation in recent years. Although dentistry cannot yet be practiced remotely or entirely online, the materials, technologies, and clinical workflows used in the profession are directly affected by this rapid change. 

In particular, there is a clear trend toward increasing digitalization of dental workflows. Key questions addressed by researchers focus on how personal oral care devices, modern dental education, and patients’ clinical treatment experiences can be optimized to the highest possible level. 

The digital revolution is fundamentally transforming dentistry through electronic patient records, data analysis, novel diagnostic tools, preventive strategies, and advanced treatment options. This transformation introduces a new and holistic perspective to traditional dental practice. Some innovative technologies expected to have a significant impact in the 21st century are outlined below. 

Digital Dentistry 

With the expansion of scientific knowledge, factors such as a patient’s age, medical and dental history, genetic background, sensitivities, and potential disease risks can be evaluated more effectively, allowing treatments to be increasingly personalized and biologically tailored. 

Digital scanning systems play a central role in this transformation and have become an integral part of modern dental workflows. Intraoral scanners significantly enhance comfort for both clinicians and patients during impression-taking procedure while largely eliminating errors associated with conventional impression materials. Digital scans enable immediate analysis of acquired data and facilitate faster and more precise treatment planning. 

From the patient’s perspective, digital scanning improves understanding of the treatment process by allowing patients to visualize their oral condition in three dimensions and actively participate in decision-making. From a clinical standpoint, digital data archiving, rapid and accurate data sharing with dental laboratories, and reduced treatment times offer substantial advantages. Collectively, these developments increase patient satisfaction while enhancing efficiency and predictability in dental practice. 

Production with Three-Dimensional Printing

Three-dimensional printing technologies are fundamentally transforming production processes in dentistry. Based on digital scanning data, surgical guides, provisional restorations, splint, and various prosthetic components can be manufactured with high precisions. This technology significantly reduces production time while minimizing human-related errors. 

Clinically, 3D printing contributes to more predictable and standardized treatment outcomes. Digital integration between clinics and laboratories improves communication and reduces the need for revisions. From the patient’s perspective, shorter appointment durations, fewer try-in sessions, and faster treatment completion represent major benefits. 

Teledentistry 

Teledentistry is an important application aimed at eliminating barriers caused by geographical distance, particularly for individuals living in rural areas or those with limited access to healthcare services. 

This system enables diagnosis and treatment planning through real-time video consultations or the secure sharing of recorded clinical data. With ongoing technological advancements, the widespread adoption of virtual dental clinics and the emergence of an entirely new era in dental care appear increasingly feasible. 

Smart Toothbrushes 

Next-generation toothbrushes are no longer limited to maintaining oral hygiene; they have evolved into intelligent products that provide guidance and educational support to users. According to a study published by Jon Love in 2022, these toothbrushes are expected to offer sustainable, more efficient designs that integrate seamlessly with smartphones. Such smart systems can record data related to brushing duration pressure, and technique, providing real-time feedback to users. 

The collected data supported patients in improving their oral hygiene habits while offering dentists measurable and trackable indicators of patient compliance. As a result, preventive dentistry approaches are strengthened, and patients become more actively engaged in their own treatment processes.