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[制备技术中的振荡程序(II)。其发展及应用可能性]

[Oscillating procedures in the preparation technic (II). Their development and application possibilities].

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(3):269-85.

Abstract

The acceptance and use of amalgam as an everyday filling material is decreasing. Today, direct composite fillings are widely used to restore even extensive lesions in premolars and molars. The sonoabrasive method presented here uses special working tip geometries (SONSICSYS approx) to a allow a "finishing preparation" of standardized interproximal cavities. In this process, the "negative shape" of the working tip is transferred to the tooth. It is now possible, for the first time, to accurately restore class II box cavities using prefabricated ceramic inlays. Complicated layering techniques are no longer necessary and there is no risk of compromising interproximal contacts remaining occlusal defects can be restored with conventional composites. The use of special SONICSYS working tips for ceramic and cast gold cavity preparations ensures precise cavity geometries with "close-to-perfect" margins. The sonoabrasive method greatly lowers the technique sensitivity of such difficult types of preparations.

摘要

汞合金作为日常填充材料的接受度和使用率正在下降。如今,直接复合树脂充填广泛用于修复前磨牙和磨牙甚至广泛的缺损。本文介绍的超声磨除法使用特殊的工作头几何形状(SONSICSYS近似)对标准化邻面洞进行“精修预备”。在此过程中,工作头的“负形”转移到牙齿上。现在首次可以使用预制陶瓷嵌体精确修复Ⅱ类盒状洞。不再需要复杂的分层技术,并且不会有破坏邻面接触的风险,剩余的咬合缺损可用传统复合树脂修复。使用特殊的SONSICSYS工作头进行陶瓷和铸造金修复体的洞预备可确保精确的洞形,边缘“近乎完美”。超声磨除法大大降低了此类困难预备类型的技术敏感性。

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