OPTICAL COMPONENT CATEGORY
Optical mirrors route or focus light without the chromatic focal shift introduced by refractive components. The catalog includes plane beam-steering mirrors, wavelength-specific laser mirrors, broadband metallic and dielectric mirrors, concave and cylindrical focusing mirrors, elliptical formats and off-axis parabolic mirrors for collimation or focusing outside the incident path. Each family is grouped by reflective function and geometry to make system-level selection more direct.
Choose the coating from wavelength, angle of incidence, polarization and required reflectance, then verify substrate, clear aperture, surface figure, surface quality and edge geometry. Metallic coatings offer broad spectral coverage, while dielectric coatings provide higher reflectance over a defined band and incidence condition. Focusing mirrors additionally require focal length, parent focal geometry and off-axis angle to match the source, detector and mechanical envelope. High-power systems should confirm damage threshold and coating absorption before ordering.
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Dielectric mirrors use multilayer coatings for high reflectance over defined wavelength and angle ranges.
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Focusing mirrors redirect and concentrate light without introducing chromatic aberration.
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Laser mirrors use wavelength-specific dielectric coatings to deliver high reflectance at designated laser lines.
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Metallic and specialty mirrors provide broadband reflection across visible and infrared regions.
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SELECTION QUESTIONS
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TECHNICAL RESOURCES
Selection guides and practical notes matched to optical mirrors.
An optical mirror reflects light using a coated surface rather than refraction, which makes it useful anywhere a lens's chromat...
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A mirror's substrate just holds its shape — the coating is what actually reflects the light, and it's the single biggest factor...
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