Measuring the thickness of wet layers
Confocal chromatic sensors from Micro-Epsilon monitor the coating thickness of wet materials. Installing several sensors next to each other enables concurrent determination of the homogeneity of the coating over the complete strip width. Their high resolution allows them to reliably detect any minor deviations. Furthermore, the controller’s high measuring rate makes operation possible in high speed production processes. Confocal chromatic sensors from Micro-Epsilon monitor the coating thickness of wet materials. Installing several sensors next to each other enables concurrent determination of the homogeneity of the coating over the complete strip width. Their high resolution allows them to reliably detect any minor deviations. Furthermore, the controller’s high measuring rate makes operation possible in high speed production processes.
Confocal chromatic sensors from Micro-Epsilon monitor the coating thickness of wet materials. Installing several sensors next to each other enables concurrent determination of the homogeneity of the coating over the complete strip width. Their high resolution allows them to reliably detect any minor deviations. Furthermore, the controller’s high measuring rate makes operation possible in high speed production processes. Confocal chromatic sensors from Micro-Epsilon monitor the coating thickness of wet materials. Installing several sensors next to each other enables concurrent determination of the homogeneity of the coating over the complete strip width. Their high resolution allows them to reliably detect any minor deviations. Furthermore, the controller’s high measuring rate makes operation possible in high speed production processes.
Application challenge
Confocal chromatic sensors from Micro-Epsilon monitor the coating thickness of wet materials. Installing several sensors next to each other enables concurrent determination of the homogeneity of the coating over the complete strip width. Their high resolution allows them to reliably detect any minor deviations. Furthermore, the controller’s high measuring rate makes operation possible in high speed production processes.
Measurement method and system
Confocal chromatic sensors from Micro-Epsilon monitor the coating thickness of wet materials. Installing several sensors next to each other enables concurrent determination of the homogeneity of the coating over the complete strip width. Their high resolution allows them to reliably detect any minor deviations. Furthermore, the controller’s high measuring rate makes operation possible in high speed production processes.
The problem
Confocal chromatic sensors from Micro-Epsilon monitor the coating thickness of wet materials. Installing several sensors next to each other enables concurrent determination of the homogeneity of the coating over the complete strip width. Their high resolution allows them to reliably detect any minor deviations. Furthermore, the controller’s high measuring rate makes operation possible in high speed production processes.
The method
Confocal chromatic sensors from Micro-Epsilon monitor the coating thickness of wet materials. Installing several sensors next to each other enables concurrent determination of the homogeneity of the coating over the complete strip width. Their high resolution allows them to reliably detect any minor deviations. Furthermore, the controller’s high measuring rate makes operation possible in high speed production processes.