Sertgöz A, Gemalmaz D, Alkumru H, Yoruç B
Marmara Universitesi Dishekimligi Fakültesi, Istanbul, Turkey.
Eur J Prosthodont Restor Dent. 1995 Jun;3(4):151-4.
The purpose of this in vitro study was to evaluate the luting composite thickness of two ceramic inlay systems, a direct chairside ceramic inlay system (Cerec, CAD/CAM), and an indirect laboratory inlay system (IPS Empress). The luting composite thicknesses were measured at the approximal margin, at the inner axial wall and at th occlusal cavosurface area. The luting composite thickness at occlusal margins and inner axial walls were found to be smaller in Empress inlays. However, the fit of inlays was poorer in Empress inlays at distal proximal margins, which most probably resulted from displacement of Cerec inlays during cementation due to inaccurate inner fit.
本体外研究的目的是评估两种陶瓷嵌体系统的粘结性复合树脂厚度,一种是直接椅旁陶瓷嵌体系统(Cerec,计算机辅助设计/计算机辅助制造),另一种是间接实验室嵌体系统(IPS Empress)。在邻面边缘、内轴壁和咬合洞缘区域测量粘结性复合树脂厚度。发现Empress嵌体在咬合边缘和内轴壁处的粘结性复合树脂厚度较小。然而,Empress嵌体在远中邻面边缘处的适合性较差,这很可能是由于Cerec嵌体在粘结过程中因内部适合性不准确而发生移位所致。