The aim of this study was to evaluate if adhesion technology with CAD/CAM can
compensate for the reduction of occluso cervical preparation heights using different types of …

Aim: To evaluate the internal fit, marginal adaptation, and fracture resistance of multiple
fused provisional crowns fabricated using two digital methods; subtractive, and additive …

Aim: The purpose of this study was to compare the effect of three different scanning
techniques used for duplication of maxillary complete denture on the retention. Materials …

Aim: The goal of the research was to assess fracture resistance of temporary restoration
materials that will be fabricated with 3D printed technique and CAD/CAM technique in …

Purpose: To assess effectiveness of vertical (featheredge) in comparison to horizontal (deep
chamfer) preparation on marginal accuracy and resistance to fracture of monolithic zirconia …

Purpose: The aim of the present study was to assess the marginal fit of interim restorations
fabricated by 3D printing technique compared to conventional technique. Methods …

Purpose: To evaluate the effect of aging on marginal adaptation and fracture resistance of
two CAD/CAM designs and ceramic materials to restore endodontically treated premolars …

Purpose: The aim of this study was to evaluate the effect of preparation depth on marginal
accuracy of translucent zirconia laminate veneers after thermomechanical fatigue. Materials …

Aim: This cross-sectional clinical trial with ten completely edentulous patients compares the
retention of two groups of complete denture bases. Group A denture bases fabricated by …