Marsango V, Bollero R, D'Ovidio N, Miranda M, Bollero P, Barlattani A
Department of Clinical Sciences and Translational Medicine, University of Rome "Tor Vergata", Rome, Italy.
Department of Systems Medicine, University of Rome "Tor Vergata", Rome, Italy.
Oral Implantol (Rome). 2014 Dec 27;7(1):20-4. eCollection 2014 Jan-Mar.
The project presents a clinical case in which the digital work-flow procedure was applied for a prosthetic rehabilitation in natural teeth and implants.
Digital work-flow uses patient's photo for the aesthetic's planning, digital smile technology for the simulation of the final restoration and real time scanning to register the two arches. Than the scanning are sent to the laboratory that proceed with CAD-CAM production.
Digital work-flow offers the opportunities to easily speak with laboratory and patients, gives better clinical results and demonstrated to be a less invasiveness method for the patient.
Intra-oral scanner, digital smile design, preview using digital wax-up, CAD-CAM production, are new predictable opportunities for prosthetic team. This work-flow, compared with traditional methods, is faster, more precise and predictable.
该项目展示了一个临床病例，其中数字工作流程被应用于天然牙和种植体的修复治疗。
数字工作流程使用患者照片进行美学规划，利用数字微笑技术模拟最终修复效果，并通过实时扫描记录上下颌牙弓。然后将扫描数据发送到实验室进行CAD-CAM制作。
数字工作流程为与实验室和患者轻松沟通提供了机会，能带来更好的临床效果，且对患者而言是侵入性较小的方法。
口腔内扫描仪、数字微笑设计、数字蜡型预览、CAD-CAM制作，为修复团队提供了新的可预测的机会。与传统方法相比，这种工作流程更快、更精确且可预测。
