Concave mirrors are used in light collection applications or as focusing mirrors in imaging systems. Newport's concave metallic-coated mirrors on Borofloat 33 substrates provide a good combination of performance and value. They operate over a very broad spectral range – including UV to visible and visible to near-IR – with no chromatic aberration. For ultrafast applications, see our Ultrafast Optics Guide for more information on our concave mirrors designed specifically for use with ultrashort pulses.

Polarizingbeam splitterCube

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Polarization Beam splitterfiber

Ice Cube – Wire Grid Polarizing Beam SplitterWire Grid Versalight™ Polarizing Beam SplitterLaser Line Beamsplitting PolarizerBroadband Beamsplitting Polarizer

Ferroelectric Polarization RotatorFerroelectric Optical ShutterOEM Liquid Crystal Variable RetarderUV Liquid Crystal Variable RetarderLiquid Crystal Variable RetarderLiquid Crystal Variable AttenuatorLiquid Crystal Polarization RotatorHigh Contrast Optical ShutterBinary Liquid Crystal RotatorHigh-Speed Liquid Crystal Variable Retarder

Polarization beam splitterprice

Polarization Beam Splitterthorlabs

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Polarizingbeam splitterprinciple

Precision Linear PolarizerHigh Contrast Linear PolarizerUltra-High Contrast Linear PolarizerGlan-Thompson PolarizerUltra-Broadband PolarizerMWIR PolarizerDeep Ultraviolet PolarizerWire Grid Versalight™ PolarizerDichroic Circular PolarizerBeam Separator

Precision Achromatic RetarderPrecision Superachromatic RetarderPrecision RetarderDual-Wavelength RetarderWide Field RetarderPolymer Film RetarderLarge Aperture RetarderBi-Crystalline Achromatic Retarder

Concave mirrors are used in light collection applications or as focusing mirrors in imaging systems. Newport's concave metallic-coated mirrors on Borofloat 33 substrates provide a good combination of performance and value. They operate over a very broad spectral range – including UV to visible and visible to near-IR – with no chromatic aberration. For ultrafast applications, see our Ultrafast Optics Guide for more information on our concave mirrors designed specifically for use with ultrashort pulses.

Analog Liquid Crystal ControllerLiquid Crystal Digital Interface ControllerLiquid Crystal Digital Interface Controller, 20 VoltHigh-Speed Liquid Crystal Digital Interface ControllerLC Temperature ControllerFerroelectric Liquid Crystal Controller

The ICE Cube™ is assembled by embedding our polarizing beam splitter plate between two AR coated glass prisms. These cubes are designed with Nanowire® grid structures centered on the hypotenuse of the ICE Cube™. The ICE Cube™ PBS separates natural light into two main orthogonal, linearly polarized components; the p-polarized light which is transmitted while the s-polarized light is reflected at a 90° angle. In principle, half of the incident light is reflected, and the other half is transmitted.