MARGINAL AND INTERNAL FIT EVALUATION OF CAD/CAM ZIRCONIA CROWNS FABRICATED BY STONE DIES VERSUS 3D PRINTED DIES

Effect of Two Fabrication Techniques (CAD/CAM and 3D Printing) on The Internal Fit, Marginal Adaptation and Fracture Resistance of Multiple Fused Provisional Restorations: An In-

Evaluation of Marginal and Internal Fit of Provisional Restoration Fabricated by Two Different Scanning Techniques

Evaluation of Vertical Marginal Fit of Tooth Supported Provisional Dental Prosthesis Fabricated by Three Dimensional Printing Compared to CAD/CAM Milling System. (In Vitro Study)

Marginal and internal fit evaluation of metal copings fabricated by selective laser sintering and CAD/CAM milling techniques: in-vitro study

Internal fit and marginal adaptation of CAD/CAM lithium disilicate endocrowns fabricated with conventional impression and digital scanning protocols. An in-vitro study

MARGINAL FIT ASSESSMENT OF CAD/CAM ZIRCONIA CROWNS FABRICATED BY DIGITAL SCANNING OF DIES AND SILICONE IMPRESSION (IN VITRO STUDY)

Marginal Fit of PMMA CAD/CAM Crowns Fabricated by using Photogrammetry Scanning method. (an invitro study)

The assessment of the precision (marginal and internal) of 3D printing and milled interim crowns.

Evaluation of margin and internal fit of full arch metal coping fabricated using computer aided milling, direct laser sintering, and traditional casting technique