定制氧化锆冠在儿童牙科从概念到现实

G. Gupta, D. Gupta, P. Gupta, Parth Shah, Abhishek Khairwa
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引用次数: 0

摘要

利用计算机辅助设计/计算机辅助制造(CAD/CAM)技术,一次完成牙齿颜色修复是椅子旁数字牙科的基本目标,随着陶瓷重建(CEREC)工作流程的启动,这一目标成为了合法的现实。CAD/CAM牙科自推出以来,通过各种软件和硬件升级的融合,已经发展成为一种可行的椅边技术,使儿科牙医能够在一次就诊中治疗患者。目前,牙科修复体的CAD/CAM已经成为一种根深蒂固的制造工艺,尤其是锆修复体。在本报告中,我们介绍了三个案例,以举例说明椅子旁数字牙科的临床应用(即CEREC工作流程),用于单次坐位中定制锆修复体的制造,以恢复严重腐烂和脱钙的初级磨牙的形状,功能和咬合,以及在单次坐位治疗模式下儿童患者对初级前牙的最大舒适度。
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Customized Zirconia Crown in Pediatric Dentistry From Concept to Reality
Catering a tooth-colored restoration in a single sitting is the fundamental objective of chairside digital dentistry with computer-aided design/computer-assisted manufacturing (CAD/CAM) technology, which became a legitimate reality with the initiation of ceramic reconstruction (CEREC) workflow. CAD/CAM dentistry has evolved through an amalgamation of diverse software and hardware upgrades since its launch to a viable chairside technology that allows pediatric dentists to treat patients in a single visit. Nowadays, CAD/CAM of dental restorations has become an ingrained fabrication process, especially for zirconium restorations. In this report, we have presented three cases to exemplify the clinical use of chairside digital dentistry (i.e., CEREC workflow) for the fabrication of a customized zirconium restoration in a single sitting to restore form, function, and occlusion for grossly decayed and decalcified primary molars, as well as esthetics for primary anterior teeth with utmost comfort of child patients with single-sitting treatment modality.
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