Optical Filter Coating Thickness Uniformity | OPTOStokes
Learn about optical filter coating thickness uniformity, its critical impact on filter performance, and industry standards for different filter types from OPTOS...
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NIR Quantitative Analysis: Transmission vs Reflectance
Learn how NIR quantitative analysis works, why transmission follows Beer-Lambert law more directly, and why diffuse reflectance needs stricter control of sample...
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Why Near Infrared Analysis Became Practical
Compare NIR transmission, diffuse reflectance, and transflectance modes for industrial analysis. Learn which sampling method fits powders, liquids, pastes, and ...
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Title: Near Infrared Basics for NIR Spectroscopy & Filter Design
Learn what near infrared (780–2500 nm) really measures, why NIR bands overlap, and how to choose optical filters that improve signal separation and analysis.
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OPTOStokes Q1 Employee Birthday Celebration
OPTOStokes hosts Q1 employee birthday celebration, fostering a united team to deliver world-class optical filters and reliable customization services globally.
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Microplate Reader Optical Filters: Maximizing ELISA Assay Precision & Linearity
Elevate microplate reader performance with OPTOStokes optical filters. Featuring OD6 blocking, >90% transmission, and precision tolerances for 450nm (TMB) an...
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Managing the Beam: Optical Components for Industrial Laser Processing
Select the right optics for your laser system. From Germanium lenses for 10.6μm CO2 lasers to OD6 blocking filters for 1064nm Nd:YAG. OPTOStokes delivers High L...
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Beyond Basic Filtering: Controlling the Photon Stream
Elevate your optical system's performance with OPTOStokes. Discover our range of hard-coated precision filters featuring OD6 blocking, steep edges, and >...
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The Spectrum of Aging: Why Optics Turn "Yellow"
Why do optics turn yellow over time? Explore the physics of conjugated double bonds and blue light absorption. Discover how OPTOStokes Hard Coated filters preve...
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