Comparing Accuracy Of Surgical Guides Fabricated By Additive Method (3D Printing) Versus Subtractive Method (Milling by CAD/CAM) for Prosthetically Driven Implant Placement “An I

Accuracy of two 3D printing technologies in manufacturing of dental implant surgical guides (An in vitro study)

Accuracy of Two Digital Scanners (Intraoral, Extraoral) Compared to Conventional Impression Using Implant with Different Angulations (Zero, 15°,25°) “In-Vitro Study”

Evaluation of Fracture Strength and Surface Topography of Interim Prosthodontics Fabricated Using 3D Printing Compared to CAD/CAM Systems (In-Vitro Study)

Accuracy of implant position using surgical guides fabricated by three different additive techniques: A comparative in vitro study

Accuracy of teeth supported 3D printed versus CAD/CAM milled surgical guides used for dental implant placement (In-vitro study)

THE EFFECT OF DISINFECTION ON THE DIMENSIONAL ACCURACY OF 3D PRINTED SURGICAL GUIDES (IN VITRO STUDY)

Accuracy of Conventional Versus Digital Impression Techniques in Construction of Digitally Printed Surgical Guide "In Vitro Study"

A THREE DIMENSIONAL INVITRO STUDY ON THE ACCURACY OF IMPLANT PLACEMENT USING SURGICAL STENTS FABRICATED USING THREE DIFFERENT 3D PRINTERS

3D Evaluation of Marginal Fit of Interim Crowns Fabricated using Conventional, Virtual and Three-Dimensional Printed Working Dies. (In Vitro Study).