Stereolithography: A new method for processing dental ceramics by additive computer-aided manufacturing

Layered Manufacturing of Dental Ceramics: Fracture Mechanics, Microstructure, and Elemental Composition of Lithography‐Sintered Ceramic

“…The sample size of each group was ten in the present study; however, Quinn and Quinn recommended a sample size of 30 when Weibull analysis should be conducted . However, several studies have been conducted on fewer than 30 specimens, and Weibull analysis was used . Although a smaller sample size yielded enough data to analyze the Weibull modulus, it is a limitation of the current study.…”

“…44 However, several studies have been conducted on fewer than 30 specimens, and Weibull analysis was used. 45,46 Although a smaller sample size yielded enough data to analyze the Weibull modulus, it is a limitation of the current study.…”

The potential of additive manufacturing technologies and their processing parameters for the fabrication of all‐ceramic crowns: A review

“…Sintering shrinkage, however, was homogenous for SM specimens in contrast to anisotropic shrinkage for SLA manufactured specimens. The study also demonstrated the feasibility of alumina slurry with large particles and 80% dry matter content for the fabrication of ceramic crown on a maxillary premolar (Figure ).…”

“…Marion et al compared the 3 point flexural strengths and Weibull Moduli of SLA manufactured and SM alumina specimens. SLA manufactured specimens with a large particle size and high dry matter content demonstrated similar flexural strengths and Weibull moduli to SM specimens …”

“…SLA manufactured specimens with a large particle size and high dry matter content demonstrated similar flexural strengths and Weibull moduli to SM specimens. 45…”