Neutral Density Optical Filter Glass Pane, 2.5 cm Diameter - Precise Light Reduction for Accurate Colour Control, Pack of 1 (D5 x 2.2 mm, 65% Transmittance)
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Professional neutral density filter to reduce light intensity while maintaining colour accuracy for various optical applications. Versatile filter with 1 inch diameter (25.4 mm), ideal for optical measurements, allows precise brightness adjustments to maintain optimal lighting conditions. Improves contrast in optical microscopes by controlling the light intensity for a clear and accurate visualization of the sample. This filter is made of chemical stability and uniform physical properties and is suitable for various optical setups. Effectively adjusts colour temperature and brightness of incident light and is therefore essential for calibration and transmission accuracy in optical experiments.
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102.10
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€ 102.10 |
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€ 102.10 |
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Description
Amazon
Professional neutral density filter to reduce light intensity while maintaining colour accuracy for various optical applications. Versatile filter with 1 inch diameter (25.4 mm), ideal for optical measurements, allows precise brightness adjustments to maintain optimal lighting conditions. Improves contrast in optical microscopes by controlling the light intensity for a clear and accurate visualization of the sample. This filter is made of chemical stability and uniform physical properties and is suitable for various optical setups. Effectively adjusts colour temperature and brightness of incident light and is therefore essential for calibration and transmission accuracy in optical experiments.
Professional neutral density filter to reduce light intensity while maintaining colour accuracy for various optical applications. Versatile filter with 1 inch diameter (25.4 mm), ideal for optical measurements, allows precise brightness adjustments to maintain optimal lighting conditions. Improves contrast in optical microscopes by controlling the light intensity for a clear and accurate visualization of the sample. This filter is made of chemical stability and uniform physical properties and is suitable for various optical setups. Effectively adjusts colour temperature and brightness of incident light and is therefore essential for calibration and transmission accuracy in optical experiments.