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[制备技术中的振荡程序(I)]

[Oscillating procedures in the preparation technic (I)].

作者信息

Hugo B

机构信息

Klinik und Poliklinik für Zahnerhaltung und Parodontologie, Bayerische Julius-Maximilians-Universität, Würzburg.

出版信息

Schweiz Monatsschr Zahnmed. 1999;109(2):140-60.

Abstract

An optimal preparation technique should meet the following requirements: a cavity that does not extend beyond the carious lesion; maximum preservation of sound tooth substance, preparation and margin design adapted to the requirements of the restorative material and its adhesion properties, prevention of adjacent tooth damage, and low technique sensitivity. Oscillating instruments with one diamond-coated and one polished surface have been developed to overcome the limitations of conventional preparation designs dictated by rotary burs. Previously untreated carious lesions were prepared using a modified air-scaler handpiece (Sonicsys) with various working tips allowing interproximal cavity preparation with minimal extension and a low risk of damaging the neighboring tooth. Another oscillating system is based on the EVA-System. It uses files for the preparation of interproximal bevels and for the finishing of margins of interproximal box, crown and veneer preparations. These oscillating instruments overcome the major limitations of rotary burs for tooth preparation and facilitate conventional cavity preparation. In addition, they allow the use of cavity designs that could not be achieved with conventional instruments.

摘要

一种最佳的制备技术应满足以下要求

窝洞不超出龋损范围;最大限度地保留健康牙体组织,制备及边缘设计要适应修复材料及其粘结性能的要求,防止邻牙损伤,且技术敏感性低。已研发出一种一面为金刚石涂层、另一面为抛光面的振荡器械,以克服由旋转车针决定的传统制备设计的局限性。对于先前未经治疗的龋损,使用带有各种工作头的改良气动洁治机头(Sonicsys)进行制备,该机头可进行邻面窝洞制备,延伸最小且损伤邻牙的风险低。另一种振荡系统基于EVA系统。它使用锉刀来制备邻面斜面以及修整邻面盒状洞形、全冠和贴面修复体边缘。这些振荡器械克服了旋转车针在牙齿制备方面的主要局限性,并便于进行传统窝洞制备。此外,它们还允许采用传统器械无法实现的窝洞设计。

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