Precise fit of a crown and accurate reproduction of the digital design are paramount for
successful treatment outcomes and preservation of clinician and technician time. The study …

Statement of problem The primary manufacturing method of zirconia ceramic crowns is
computer-aided design and computer-aided manufacture (CAD-CAM), but a disadvantage …

Purpose To compare the trueness and precision of 3D-printed versus milled monolithic
zirconia crowns (MZCs). Methods A model of a maxilla with a prepared premolar was …

Statement of problem Nanoparticle jetting (NPJ) is a novel ceramic 3D-printing technology
with high printing accuracy. However, studies reporting the accuracy of zirconia crowns …

Objectives This systematic review aimed to compare the clinical outcome, internal gap,
trueness, precision, and biocompatibility of 3D-printed (AM) compared to milled (SM) …

Objectives To correlate trueness and cement-space characteristics of crowns milled
chairside and in the laboratory with those of inkjet 3D-printed crowns, and to assess whether …

Statement of problem Additive manufacturing is emerging as an alternative method of
fabricating dental restorations, but the support design needs to be optimized. Purpose The …

Background This study aimed to evaluate and compare the marginal gap using two different
methods and the internal fit of 3D printed and zirconia crowns. Methods 3Y-TZP zirconia …

Objectives This study focused on the clinical investigation of the internal and marginal fit of
CAD/CAM-fabricated zirconia single crowns produced via conventional and digital …

Objectives This study endeavours to investigate the effect of printing orientation on the
trueness of additively manufactured molar zirconia crowns. The areal surface roughness …