[Lava Chairside Oral Scanner C.O.S.和Lava技术的数字工作流程]。

Kurt Jäger, Christoph Vögtlin
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引用次数: 0

摘要

本文描述了临床程序和功能的熔岩C.O.S扫描仪(3MEspe),使患者的数字印象。当与LAVA技术结合使用时,全陶瓷牙齿替代物可以以完全数字化的方式生产。扫描准备好的基牙后,数据直接传输到牙科实验室,进行陶瓷结构的生产,另一方面,立体光刻可以用来制作主模型。研磨和烧结的氧化锆帽覆盖有系统特定的烘烤陶瓷模型。初步临床结果证实了该系统的功能。C.O.S-(椅侧口腔扫描)是牙科重建医学的真正创新。
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[Digital workflow with the Lava Chairside Oral Scanner C.O.S. and Lava technique].

This article describes the clinical procedure and functioning of the LAVA C.O.S scanner (3MEspe) in making digital impressions of patients. When used in combination with LAVA technology, fully ceramic tooth replacements can be produced in an entirely digital way. After scanning the prepared abutment teeth, the data is directly transmitted to the dental laboratory to enable the production of the ceramic structures, while, on the other hand, stereo lithography can be used to produce master models. The milled and sintered zirconium oxide caps are covered with system-specific baked ceramics on the model. Initial clinical results have confirmed the functionality of the system. C.O.S-(Chairside Oral Scanning) is a true innovation in reconstructive dental medicine.

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[The state of the art of endodontics]. Patients with oral tumors. Part 1: Prosthetic rehabilitation following tumor resection. Nonsurgical treatment of aggressive periodontitis with photodynamic therapy or systemic antibiotics. Three-month results of a randomized, prospective, controlled clinical study. [Infection after dental intervention. Iatrogenic or general medical cause? Case report]. Patients with oral tumors. Part 1: Prosthetic rehabilitation following tumor resection.
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