Products/Services for Polarization Dichroic Mirror

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  Nonpolarizing Cube Beamsplitters - (64 companies)

  Nonpolarizing cube beamsplitters provide a true 50/50 split regardless of the incoming polarization. They consist of a pair of precision right-angle prisms carefully cemented or mounted together to minimize wavefront distortion. Nonpolarizing cube... Search by Specification | Learn More
  Beamsplitter Construction:

  • Cement
  • Mounted

  Cube Side Length:

  • Less than 6 mm
  • 6 to 13 mm
  • 13 to 25 mm
  • 25 to 39 mm
  • 39 mm and up

  Transmission:

  • At least 39 %
  • At least 47 %
  • At least 54 %
  • At least 68 %
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  Hot Mirrors and Cold Mirrors - (46 companies)

  ...design of (.5H L .5H)n. Sometimes, they are called dichroic mirrors, meaning "two colors." Hot mirrors or cold mirrors can be used to overlay two beams of widely different wavelengths. The first beam is transmitted through the surface of the mirror... Search by Specification | Learn More
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  Mirror Mounts - (25 companies)

  Mirror mounts are used to hold and support mirrors of all sizes and shapes. Mirror mounting can be a very sophisticated device in optic research, due to the need to be able to tip and tilt the mirror by controlled amounts, while still holding... Search by Specification | Learn More
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  Laser Mirrors - (82 companies)

  Laser mirrors are designed for high reflectance and durability at individual laser wavelength ranges. Laser mirrors are used on the surface of solid-state lasers including alexandrite, Nd-glass, ruby, and YAG types. They are also used in conjunction... Search by Specification | Learn More
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  Polarization Rotators - (16 companies)

  Polarization rotators maneuver incident-linearly-polarized light about an optical axis. A polarization rotator is used to quickly and accurately modulate the polarization state of an incoming light beam. Linear polarization is a confinement... Search by Specification | Learn More
• Optical Mirrors - (367 companies)

  ...for the mirror. There are two thickness measurements for optical mirrors: center thickness and edge thickness. Units of measure include inches, feet, and yards; nanometers, centimeters, and millimeters, and miles and kilometers. With optical mirrors... Search by Specification | Learn More
• Spherical Mirrors - (90 companies)

  Spherical mirrors are curved so that reflected beams converge on a focal point. Important parameters to consider when searching for spherical mirrors include diameter, radius of curvature, thickness, and focal length. The diameter of the mirror... Search by Specification | Learn More
• Parabolic Mirrors - (35 companies)

  ...the light converges. Parabolic mirrors can be supplied in a variety of materials. Mirror material refers to the classification of the material used to make the mirror. The material used influences the reflectivity characteristics of the mirror... Search by Specification | Learn More
• Flat Mirrors - (137 companies)

  ...systems including laser light and diode applications, holography, imaging systems, and auto collimating applications. Flat mirrors may be fashioned from a number of materials. The material used influences the reflectivity characteristics of the mirror... Search by Specification | Learn More
• Linear Polarizers - (47 companies)

  Linear polarizers transmit light waves along one axis and absorb them along the other. The transmitting and absorbing axes of linear polarization are oriented at 90 degrees to each other. Linear polarizers allow the transmission of only one... Search by Specification | Learn More
• Optical Filters - (266 companies)

  ...light. Cold mirror optical filters are heat transmitting mirrors / filters that are designed to reflect visible wavelengths while transmitting near-infrared wavelengths. Similarly, hot mirror optical filters are heat reflecting mirrors... Search by Specification | Learn More
• Galvanometer Optical Scanners - (41 companies)

  Galvanometer optical scanners are motorized mirror mounts and system used in scanning applications. Galvanometer optical scanners are motorized mirror mounts and systems used in optical scanning applications. An optical scanner reads text... Learn More
• Spectral Filters - (17 companies)

  ...light according to its wavelength. Spectral filters are not to be mistaken with color filters, which can be differentiated by an associated schott glass number. There are several types of spectral filters. Examples include light filters and dichroic... Learn More
• Polarimeters - (36 companies)

  Polarimeters determine the amount of polarization of light. How to Select Polarimeters. What are Polarimeters?. Polarimetersare scientific instruments for measuring the rotation of the plane of polarized light as it passes through a sample... Search by Specification | Learn More
• Plate Beamsplitters - (94 companies)

  Plate beamsplitters are semi-mirrors, which reflect part of the incident energy (absorb a relatively small part) and transmit the rest. Some are neutral and some are spectrally selective. Plate beamsplitters are used to break incident, monochromatic... Search by Specification | Learn More

Product News for Polarization Dichroic Mirror

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  Cascade Optical Corp.
  Metal-Dielectric Mirror Coating

  cleanable with tissues soaked in alcohol or acetone. Bare gold mirrors are commonly used in instruments where mirrors cannot have any polarization effects. Of course chemical and environmental durability of gold are another important reasons why gold can be used as optical mirror without any protective layer. However, if mirror has to meet either moderate or severe abrasion then gold coating has to be protected with one or more hard dielectric layers. Thickness of dielectric layers is selected... (read more)

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  Edmund Optics Inc.
  Dichroic Shortpass Filters

  Our TECHSPEC® Dichroic Shortpass Filters are designed for a 45° angle of incidence. The rejected light is reflected at 90°, making these filters ideal for use in fluorescence applications or as spectral beamsplitters. The filters feature low polarization dependence, broad spectral ranges, and a precision fused silica substrate. (read more)

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  Edmund Optics Inc.
  Dichroic Longpass Filters

  Our TECHSPEC® Dichroic Longpass Filters are designed for a 45° angle of incidence. The reflected light is reflected at 90°, making these filters ideal for use in fluorescence applications or as spectral beamsplitters. These hard coated filters feature low polarization dependence, broad spectral ranges, and a precision fused silica substrate. Reflection and transmission curves are available to easily integrate TECHSPEC® Dichroic Longpass Filters into any application. Hard coatings are used... (read more)

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  Abrisa Technologies
  Dichroic Color Filters & Color Coatings

  Abrisa Technologies Dichroic color filter coatings are an excellent alternative to dyed plastics and glass. Unlike plastic color gels that age and breakdown relatively quickly during use, dichroic filters from Abrisa Technologies are designed to stand up to the heat and UV energy in high energy light sources. Dichroic filters have the advantage of reflecting unwanted light instead of absorbing the energy, allowing dichroic filters to be used with much higher intensity light sources. Used... (read more)

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  Cascade Optical Corp.
  Antireflective Coatings (AR)

  of the substrates. 2. Angles of incidence. 3. Polarization states. 4. Spectral range(s) to be covered with the AR coating. 5. Maximum, and/or average allowed reflection of the coating for unpolarized and/or s- and p-polarization states. 6. Laser Induced Damage Threshold or LIDT... (read more)

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  Cascade Optical Corp.
  Beamsplitters Polarizing Cube

  are possible. They can be made to split light intensity only (INTENSITY), or to pass one or more spectral bands and at the same time reflect some other parts of the spectrum (DICHROIC), or to pass one state of polarization and reflect another (POLARIZING), or finally to split light without introducing SIGNIFICANT polarization effects (NON- POLARIZING). Any combination of two or all types of beamsplitters is possible in a single device. Plot below shows spectral performance of the plate beamsplitter... (read more)

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  Cascade Optical Corp.
  NON POLARIZING BEAM SPLITTER, BS, NPBS

  But, at angle polarization effects are induced. There are instances where one would like to split the light intensity and maintain S and P with equal magnitudes. Polarization effects cause problems in a wide variety of applications. For instance there can be, so called noise distortion in astronomy, polarization dispersion loss (PDL) in fiber optics, and inaccurate measurements in spectroscopy (Interferometry). Our Non Polarizing BS can be made at various angles and wavelength ranges. Hybrid Beams... (read more)

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  Cascade Optical Corp.
  Dielectric Mirrors

  quality guaranty a very high laser induced damage threshold. Next plot shows spectral performance of the high power laser mirror designed to operate @ 1064 nm over 0°±30° with reflection higher than 99.95% for R, Rs and Rp. Our HR coatings designed to operate from 1030 to 1310 nm showed no laser-induced damage when exposed to 10 MW/cm² power density of CW laser. Several of our laser line mirrors designed to operate within 1030 and 1310 range passed tests with 10 J/cm² @ 3 ns pulsewidth... (read more)

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  Tower Optical Corporation
  Custom Hot Mirrors and Cold Mirrors

  Laser Mirrors. Tower Optical can make Laser Mirrors to your custom design and to suit your specific applications. Common Material Types are BK7 (NBK7®), Pyrex®, Fused Silica (Corning 7980®) and Borofloat ®. Common Coating is Dielectric. Dielectric offers maximum reflectance at a specific wavelength and is very durable and cost effective. Reflectance of Broadband Coatings is slightly lower. Please be sure to specify your required Wavelength Range, Angle of Incidence and polarization requirements... (read more)

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  Cascade Optical Corp.
  Metal-Dielectric Mirrors

  Cascade Optical Coating, Inc.'s protected and enhanced Aluminum, Silver, and Gold mirror coatings meet and exceed all requirements of MIL-M-13508 when deposited on glass, ceramics, crystals, Ni-plated Al and Be, diamond turned Aluminum, and some polymers and polycarbonates. (read more)