Model 590 Optical Monitor
Description
Optical Monitoring provides the highest accuracy needed for today’s precision thin film coatings. Crystal monitors, by design, only measure the mass of a coating layer and cannot detect changes in the layer density caused by a variations in one of the many process variables. If not caught, a change in layer density results in a variation of the optical thickness which can lead to dramatic performance reductions and possible lost runs and revenue.
Model 590 Optical Monitor
Specifications |
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|---|---|
| Diameter Range: | 1-1mm |
| Resolution: | -- um |
| Accuracy: | -- um |
| Repeatability: | -- um |
Features
Precision Layer Termination
Reduced Process Error
350-2500nm Wavelength Range
Superior Backgorund Noise Suppression
Works in Reflection or Transmission Modes
5 Decade Dynamic Range
Analog Output for Stripchart Recorder
USB Interface
Field-proven Design
Applications
Monochrometer for continuous wavelength selection.
Fiber Optic Input / Outputs
Dual Receivers
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
United States
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On FindLight:
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Frequently Asked Questions
The Model 590 Optical Monitor provides continuous real-time monitoring of the optical performance of each layer in precision thin film coatings.
Crystal monitors only measure the mass of a coating layer and cannot detect changes in layer density caused by variations in process variables, while the Model 590 can detect and measure these changes.
The Model 590 Optical Monitor has a wavelength range of 350-2500nm.
Yes, the Model 590 Optical Monitor can work in both reflection and transmission modes.
The advantages of using the Model 590 Optical Monitor include precision layer termination, reduced process error, superior background noise suppression, and a 5 decade dynamic range.