Here are two effective methods for combating halation.
1.How to use polarizing filtersBy superimposing polarizing filters, it is an effective way to reduce halation. (A detailed explanation of this method can be found in “Fundamentals of Polarization Observation.”) |
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<Example 1: Solder point of electronic board >This method reduces the reflection of light in the solder. |
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<Before halation suppression> | <After halation suppression> |
<Example 2: Film>I was able to erase the reflection of light on the film. |
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<Before halation suppression> | <After halation suppression> |
<Example 3: IC storage stick>It reduces the surface reflection of the stick and makes the IC characters clearly readable. |
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<Before halation suppression> | <After halation suppression> |
<Example 4: Printing an IC> |
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<Before halation suppression> | <After halation suppression> |
<Example 5: Soldering> |
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<Before halation suppression> | <After halation suppression> |
<Example 6: An object with a mixture of high and low reflectivity> |
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<Before halation suppression> | <After halation suppression> |
<Example 7: Printing on Film> |
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<Before halation suppression> | <After halation suppression> |
<Example 8: Object in a plastic bag> |
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<Before halation suppression> | <After halation suppression> |
<Example 9: Convex character of white resin (embossed part)> |
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<Before halation suppression> | <After halation suppression> |
2.Take advantage of high dynamic range (HDR) capabilitiesThis feature uses a technique that extends the sensitivity range of the sensor at the expense of some of the contrast. This feature is available on our C-mount HDTVs. |
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<Example 4: Screw axis> |
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<Normal shooting mode> | <HDR shooting mode> |
<Normal shooting mode> | <HDR shooting mode> |
We will be happy to suggest a solution suitable for your specific needs, so please contact Technical Support for more information.