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Background: The manufacturing of customized prostheses is made possible by 3D printing, which welcomes in a new age of customization in dentistry by moving the field from manual to digital. Aims: To examine at how 3D printers have been used in dentistry manufacturing during the last ten years, looking at methodological methods, publishing trends, how dental prosthesis are distributed, how effective they and how satisfied patients are. Furthermore, to assess the precision and challenges of prosthesis fit in dentistry utilizing 3D printing technology. Methodology: Using the PubMed database, a systematic literature review of the literature investigated the use of 3D printing in dental practices from 2019 to 2024. Results: The overview shows a ten-year peak in dental 3D printing research, with publications tripling between 2020 and 2022 and then abruptly declining in 2024. Numerous uses, technology, prosthetic types, patient satisfaction, fit accuracy, and problems are all explored in studies. Interestingly, crown studies predominate, and SLA is the most often used printing technique. Overall, patient satisfaction is high, although there are some drawbacks, including as fitting problems and maintenance needs. Scientific Novelty: The creative use of 3D printing in dentistry improves the creation of customized dental prosthesis and transforms conventional manufacturing techniques. Conclusion: In conclusion up, 3D printing in dentistry holds potential for both surgical guiding and prosthesis manufacture.
Maryan Domysche (Wed,) studied this question.
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