Journal of Dental Rehabilitation and Applied Science:eISSN 2384-4272 pISSN 2384-4353

Table. 5.

Table. 5.

Summary of reviewed literatures about additive manufacturing method of vat polymerization for dental ceramic

Literatures AM methods Materials Evaluation Details
Liu et al, 201653 SLA Al + Zr4+
Al + Zr4+/Y3+
Al + Mg2+
Fracture toughness
Vickers hardness
Johansson et al, 201647 DLP Al Rheology
Shrinkage %
Suspension composition
Xing et al, 201746 SLA ZrO2 3-point flexural strength
Surface roughness
Vickers hardness
Fracture toughness
Harrer et al, 201745 SLA 3Y-TZP B3B biaxial test
4-point flexural strength
Fracture toughness
Weibull modulus
Vickers hardness
Build-up orientation
Dehurtevent et al, 201752 SLA Al Dynamic viscosity
3-point flexural strength
Weibull modulus
Shrinkage %
Al powder particle size
Dry matter content
Wang et al, 201854 SLA ZrO2 Accuracy
Trueness
Uçar et al, 201855 SLA Al Biaxial flexural strength
Fracture toughness
Vickers hardness
Weibull modulus
Lian et al, 201856 SLA 3Y-TZP Vickers hardness
3-point flexural strength
Surface roughness
Shrinkage %
Effect of vacuum infiltration
&
Scanning speed
Zandinejad et al, 201957 SLA 3Y-TZP Fracture resistance Mode of failure
Marsico et al, 202048 DLP 5.3 mol% Y2O3-stabilized ZrO2 Vickers hardness
Fracture toughness
Flexural strength
Weibull modulus
Elastic modulus
Build-up orientation
(0°, 45°A, 45°B, 90°)
Li et al, 202044 SLA 3Y-TZP Shrinkage %
Dimensional accuracy
Consideration in the process of manufacturing
Baumgartner et al, 202043 DLP Lithium disilicate B3B biaxial bending test
Fracture toughness
Vickers hardness
Weibull modulus
Polishing / Glazing / Layer thickness / Suspension temperature
J Dent Rehabil Appl Sci 2021;37:1-15 https://doi.org/10.14368/jdras.2021.37.1.1
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