cerec bluecam cannot advance to acquisition stage

Conclusions: The studied groups presented results within the requirements set out in the literature.

Furthermore, there were no differences in marginal discrepancy between the different points between the groups ( P > 0.05). Results: There was a significant difference between the systems ( P = 0.007), with the CS group having the higher mean (23.75 pm ± 3.05) of marginal discrepancy when compared to the open group (17.94 pm ± 4.77). A significance level of 5% was considered for the analyses.

The i-test was used for the analysis of the comparison factor between the groups, and the one-way ANOVA was used to compare the variance of crown analysis regions within the group. The data were subjected to the distribution of normality and variance. Through optical microscopy analysis, we assess the marginal adaptation of the prosthetic interfaces. Materials and Methods: Twenty identical titanium abutments were divided into two groups: open system (OS), where ceramic crowns were created using varied equipment and software, and closed system (CS), where ceramic crowns were created using the CEREC system. An integral part of the CEREC AC, the CEREC Bluecam makes digital impression capture easy and efficient.Objective: The objective of this study is to compare the marginal adaptation of feldspathic porcelain crowns using two computer-aided design/computer-aided manufacturing systems, one of them is open and the other is closed. Users can capture a half-arch digital impression in 40 seconds and a full-arch digital impression in just 2 minutes. The speed of capture with the CEREC Bluecam is exceptional. The optics used in the camera have been optimized for a higher depth of field and accuracy, and they have been coupled with increased computing power, providing crisp, detailed impressions for precise 3D digital models. CEREC Bluecam senses when the area is in focus and automatically captures the digital impression without user intervention, providing easier and shorter acquisition times.ĬEREC Bluecam offers precision thanks to a uniform field of illumination. Users can simply position the lens over the desired area and let CEREC Bluecam do the rest. In addition, the CEREC Bluecam acquires images automatically. According to the manufacturer, the CEREC Bluecam captures more detail than any other camera on the market.

Sirona’s CEREC Bluecam provides the user with several advantages. The CEREC Bluecam is a handheld acquisition camera that uses a highly visible blue-light LED (light emitting diode) to capture digital impressions. Autorefractors, Keratometers & Tonometers.

Cerec bluecam cannot advance to acquisition stage