Coating thickness measurement with two synchronized thickness measurements
Two synchronized thicknessGAUGE systems are used for precise thickness measurement in coating processes. One system records the strip thickness before coating and one system monitors the thickness after the coating is applied. The coating thickness is determined from the difference between the two measured values and transferred to the system controller. The systems are equipped with confocal sensors that achieve high measurement accuracy independent of the surface reflection. Two synchronized thicknessGAUGE systems are used for precise thickness measurement in coating processes. One system records the strip thickness before coating and one system monitors the thickness after the coating is applied. The coating thickness is determined from the difference between the two measured values and transferred to the system controller. The systems are equipped with confocal sensors that achieve high measurement accuracy independent of the surface reflection.
Two synchronized thicknessGAUGE systems are used for precise thickness measurement in coating processes. One system records the strip thickness before coating and one system monitors the thickness after the coating is applied. The coating thickness is determined from the difference between the two measured values and transferred to the system controller. The systems are equipped with confocal sensors that achieve high measurement accuracy independent of the surface reflection. Two synchronized thicknessGAUGE systems are used for precise thickness measurement in coating processes. One system records the strip thickness before coating and one system monitors the thickness after the coating is applied. The coating thickness is determined from the difference between the two measured values and transferred to the system controller. The systems are equipped with confocal sensors that achieve high measurement accuracy independent of the surface reflection.
Application challenge
Two synchronized thicknessGAUGE systems are used for precise thickness measurement in coating processes. One system records the strip thickness before coating and one system monitors the thickness after the coating is applied. The coating thickness is determined from the difference between the two measured values and transferred to the system controller. The systems are equipped with confocal sensors that achieve high measurement accuracy independent of the surface reflection.
Measurement method and system
Two synchronized thicknessGAUGE systems are used for precise thickness measurement in coating processes. One system records the strip thickness before coating and one system monitors the thickness after the coating is applied. The coating thickness is determined from the difference between the two measured values and transferred to the system controller. The systems are equipped with confocal sensors that achieve high measurement accuracy independent of the surface reflection.
The problem
Two synchronized thicknessGAUGE systems are used for precise thickness measurement in coating processes. One system records the strip thickness before coating and one system monitors the thickness after the coating is applied. The coating thickness is determined from the difference between the two measured values and transferred to the system controller. The systems are equipped with confocal sensors that achieve high measurement accuracy independent of the surface reflection.
The method
Two synchronized thicknessGAUGE systems are used for precise thickness measurement in coating processes. One system records the strip thickness before coating and one system monitors the thickness after the coating is applied. The coating thickness is determined from the difference between the two measured values and transferred to the system controller. The systems are equipped with confocal sensors that achieve high measurement accuracy independent of the surface reflection.