From:  Advances in 3D printing for dentistry: clinical applications and future perspectives

 Summary of studies on 3D printing in dental crown production.

Study focus3D printing technologyMaterials usedKey findingsReference(s)
Overview of 3D printing in dental prosthesesNot specifiedCobalt-chromium, zirconiaClinically acceptable results for interim restorations; further research needed for zirconia crowns.[119]
Additive manufacturing of dental restorationsLithography-based ceramic manufacturing (LCM)CeramicsHigh accuracy and surface quality; suitable for staining and glazing.[18]
Clinical application of 3D-printed temporary crownsFDMPLATemporary crowns were maintained without issues, rough surface texture, and translucency limitations.[111]
Evaluation of 3D trueness of zirconia crowns3D printing vs. CAD/CAM millingZirconia3D-printed crowns met trueness requirements; suitable for ceramic restorations.[21]
Development of 3D-printed crown resin materialsNot specifiedResin with zirconia glass (ZG) and glass silica (GS) microfillersImproved mechanical properties; increased surface roughness; further optimization needed.[120]
Case report on occlusal rehabilitation with 3D-printed crownsNot specifiedNot specifiedHigh precision; minimal occlusal corrections needed; cost-effective and predictable treatments.[15]
Accuracy of resin-based fixed dental restorationsDLP and SLAPolymer-based materialsClinically acceptable trueness; significant variability observed.[21, 121]
Technological landscape of 3D-printed provisional crowns and bridgesVat photopolymerization (SLA, DLP)Resin-based materialsHigh mechanical characteristics; challenges with material durability and interlayer bonding.[16]

3D: three-dimensional; FDM: fused deposition modelling; PLA: polylactic acid; CAD/CAM: computer-aided design and manufacturing; DLP: digital light processing; SLA: stereolithography.