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Glan Taylor Polarizers

Glan Taylor Polarizer is a device that produces linearly polarized light from light of other states of polarization.It consists two same birefringence material prisms which are separated by an air space.Glan taylor polarizer will divide an entering unpolarized beam into beam rays,one is the extraordinary that is transmitted through the other side,another is the ordinary ray that is totally internally reflected and absorbed. Features: Air-Spaced Close to Brewster's Angle Cutting High Polarization Purity Short-Length Suitable for Low Medium Power Application

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Glan Laser Polarizers

Glan Laser Prisms is a glan taylor polarizer that is specially designed for high energy application. The side of housing are drilled two holes. The ordinary ray is reflected through an angle and exits the polarizer through one of holes. Features: Air-Spaced Close to Brewster's Angle Cutting High Polarization Purity Mounted with escape window Suitable for High Power Application

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Wollaston Polarizers

Wollaston polarizer can separate an incident beam into two rays: extraordinary and ordinary ray with a deviation angle which is dependent on wavelength. Both rays are transmitted through the other surface. Features: Cemented or Optically Contacted Separate ordinary and extraordinary beams at certain angle Suitable for low power application and where the large deviation is required

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Rochon Polarizers

Rochon polarizer separates incident beam into ordinary ray and extrordinary ray like wollaston polarizer, but extraordinary ray is straight transmitted through, while ordinary is transmitted with a deviation angle. Features: Optically Contacted High Polarization Purity Suitable for Low or High Power Application

Hot Tags : Birefringent Rochon Polarizer Rochon Prism Polarizer High Extinction Ratio Rochon Rochon Polarizer for Laser Systems Wide Wavelength Range 200-4000 nm Cemented Rochon Polarizer
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High Transmission Glan Laser Polarizers

High transmission Glan Laser Polarizer isspecially designed polarizer which is based on the Brewster Cut crystal and canimprove the transmission from normally >85% to 95%. This polarizer can bemade from both Calcite and YVO4. Features: Air-Spaced All Brewster's Angle Cutting High Polarization Purity Mounted with escape window Suitable for High Power Application High Transmission Brewster Angle Input

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Glan Thompson Polarizers

Glan Thompson Polarizer consists two same calcite prisms which are comented together. The extraordinary ray is transmitted, while ordinary ray is deflected and absorbed. Features: Cemented Wide Acceptance Angle Field Suitable for Low Power Application

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Glan Thompson Polarizing Beamsplitter Cubes

Glan Thompson polarizing Beamsplitter Cubes uses two cemented calcite prisms to separate unpolarized light into s-polarized (45° deflected) and p-polarized (transmitted) beams with 90%+ transmission in a rectangular metal housing, ideal for applications requiring dual linear polarization states like interferometry and laser systems. Features: Cemmented High Polarization Purity High Transmission Suitable for Low Power Application Split o-ray & e-ray at 45deg

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Polarization Beam Displacer

Polarization Beam Displacer is used to separate an unpolarized beam into two orthogonally polarized output beams which are parallel to each other. The ordinary polarization transmits straight through while the extraordinary walks off from the ordinary beam. It can be used as polarizing Beamsplitter. Polarization beam displacer can also be used to combine two orthogonally polarized beam. The most widely used materials for Polarization Beam Displacer are Yttrium Vanadate (YVO4), a-BBO, Calcite and etc. Features: Working Wavelength 350-4000nmYVO4, a-BBO, Calcite availableOrthogonally Polarized Outputs, Outputs Parallel to InputHigh Extinction Ratio (>105)

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Low Order Waveplate

Multiple order waveplate means the retardance of a light path will undergo a certain number of full wavelength shifts in addition to the fractional design retardance. The thickness of multi order waveplate is always around 0.5mm. Compared with zero order waveplate, multi order waveplate is more sensitive to wavelength and temperature changes. However, they are less expensive and widely used in many applications where the increased sensitivities are not critical. Features: Thickness: 0.2-0.5 mm High Damage Threshold Better Temperature Bandwidth Low Cost

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Cemented Zero Order Waveplate

Cemented Zero Order Waveplate is constructed by two quartz plates with their fast axis crossed, the two plates are cemented by UV epoxy. The difference in thickness between the two plates determines the retardation. Zero order waveplates offer a substantially lower dependence on temperature and wavelength change than multi order waveplates. Features: Cemented by Epoxy Thickness 1.5~2mm Double Retardation Plates Broad Spectral Bandwidth Wide Temperature bandwidth

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Optically Contacted Zero Order Waveplate

Optically Contacted Zero Order Waveplate is constructed by two quartz plates with their fast axis crossed, the two plates are constructed by optically contacted method, the optical path is epoxy free. The difference in thickness between the two plates determines the retardation. Zero order waveplates offer a substantially lower dependence on temperature and wavelength change than multi order waveplates. Features: Optically Contacted Thickness 1.5~2mm Double Retardation Plates Broad Spectral Bandwidth Wide Temperature bandwidth Hight Damage Threshold

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Air Spaced Zero Order Waveplate

Air Spaced Zero Order Waveplate is constructed by two quartz plates installed in a mount, to form a air gap between the two quartz plates. The difference in thickness between the two plates determines the retardation. Zero order waveplates offer a substantially lower dependence on temperature and wavelength change than multiorder waveplates. Features: Air Spaced Thickness 1.5~2mm Double Retardation Plates Broad Spectral Bandwidth Wide Temperature bandwidth Hight Damage Threshold AR coated and Mounted

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Polarization Optics

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