A digital workflow for fabricating a fiber-reinforced composite prosthesis is described. A facial scanner and an intraoral scanner were used to gather records, and dental and open-source software programs were used to elaborate a diagnostic waxing and design a 4-piece additively manufactured clear silicone index. Advantages of the index design included precise translation of the diagnostic waxing, optimal composite resin stratification, and minimal clinical time.

中文翻译：

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使用四件式添加剂制造的有机硅指数制成的纤维增强复合材料固定式牙修复体的工作流程：牙科技术

描述了用于制造纤维增强的复合假体的数字工作流程。使用面部扫描仪和口腔内扫描仪收集记录，并使用牙科和开源软件程序制作诊断性打蜡并设计4件累加制造的透明有机硅指数。索引设计的优势包括诊断蜡的精确翻译，最佳的复合树脂分层以及最短的临床时间。