Int J Prosthodont. 2024 Feb 21;37(7):159-164. doi: 10.11607/ijp.8832.
To explore the applications of 3D printing for the fabrication of complete dentures, a literature search was conducted using PubMed to identify articles related to the topic of 3D-printed complete dentures. A search was conducted that included the following keywords: digital complete denture workflow, printed complete denture, additive manufacturing complete denture, digital complete denture, CAD/CAM complete denture. Articles published before 2016 were excluded to increase the relevancy of reporting results. Determining how 3D-printed dentures compare to conventional and milled dentures is important to better understand how they can be used clinically. Material strength, color stability, and denture base adaptation are discussed. Currently, the area of greatest innovation is with printing resins and improving physical and esthetic properties. As with every innovation, multiple generations of materials are created before the gold standard is achieved. While the ideal printed denture material does not currently exist, based on the published research, printed dentures have material strength that meets ISO standards, with denture base adaptation similar to conventionally processed dentures. Clinically, it is likely that printed dentures will have more challenges with fractures, color stability, and staining. However, printed dentures offer many benefits, and the current limitations will be addressed as new materials are developed. We are currently at the beginning of what is an exciting future for printed dentures.
为了探索 3D 打印在全口义齿制作中的应用,我们使用 PubMed 进行了文献检索,以确定与 3D 打印全口义齿相关的文章。搜索中包含以下关键词:数字化全口义齿工作流程、打印全口义齿、增材制造全口义齿、数字化全口义齿、CAD/CAM 全口义齿。为了提高报告结果的相关性,排除了发表时间早于 2016 年的文章。确定 3D 打印义齿与传统义齿和铣削义齿的区别对于更好地了解如何在临床中使用它们非常重要。讨论了材料强度、颜色稳定性和义齿基托适应性。目前,最大的创新领域是打印树脂以及改善物理和美观性能。与每一项创新一样,在达到黄金标准之前,会先制造出多代材料。虽然目前还没有理想的打印义齿材料,但根据已发表的研究,打印义齿的材料强度符合 ISO 标准,基托适应性与传统加工的义齿相似。临床上,打印义齿可能更容易出现断裂、颜色稳定性和染色问题。然而,打印义齿具有许多优势,随着新材料的开发,目前的限制将得到解决。我们正处于 3D 打印义齿令人兴奋的未来的开端。