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Influence of a new polishing system on changes in gloss and surface roughness of resin composites after polishing and brushing

机译:一种新的抛光系统对抛光和刷涂后树脂复合材料的变化和表面粗糙度变化的影响

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This study aimed to compare the change of surface roughness (Ra) and gloss units (GU) of five dental composites (Filtek Z250, Filtek Z350XT, Metafil CX, Ceram X one, and Venus Diamond) polished with three systems (Sof-Lex XT, Enhance/Pogo, and Sof-Lex Diamond) before/after simulated brushings and to determine the amount of time required to achieve maximum gloss. Ninety rectangular specimens (n =18 per composite) were prepared. Six specimens of each composite were assigned to one of the polishing systems. The Ra and GU of each specimen were measured after each polishing step. Five polished specimens per composite were brushed with a toothbrush machine, and the Ra and GU values were determined. Filtek Z350XT exhibited the most stable and lowest Ra during the brushing cycles regardless of polishing system. When using the Sof-Lex Diamond and Enhance/Pogo systems, the highest gloss and the smoothest surfaces were achieved after polishing and brushing.
机译:本研究旨在比较五种牙科复合材料的表面粗糙度(RA)和光泽单元(GU)的变化(FILTEK Z250,FILTEK Z350XT,METAFIL CX,CERAM X一,和金星钻石)用三个系统抛光(SOF-LEX XT 在模拟刷子之前/以前/后,增强/ pogo和SOF-LEX DIAMOND)并确定实现最大光泽所需的时间量。 制备九十矩形试样(每种复合材料= N = 18)。 将每个复合材料的六个标本分配给抛光系统之一。 在每个抛光步骤后测量每个样本的Ra和孔。 用牙刷机械刷100个抛光样品,测定RA和沟值。 无论抛光系统如何,Filtek Z350XT在刷牙周期中发表了最稳定和最低的RA。 使用SOF-LEX金刚石和增强/ POGO系统时,在抛光和刷牙后实现最高光泽和最平滑的表面。

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