OSE-GYPB
Glan Taylor Prisms, α-BBO
Transmission loss is minimal, and a high extinction ratio of less than5x10^-5 is targeted. α-BBO crystal type usable in the ultraviolet region.
Optics and Optical Coatings
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OSE-GYPC
Glan Taylr Prisms, Calcite
Transmission loss is minimal, and a high extinction ratio below5x10^-5 is claimed. Calcite can be used in the visible to infrared range.
OSE-WPPB
Wollaston, α-BBO
They are prisms for splitting the incident beam into two linearly polarized beams with orthogonal polarization direction. α-BBO crystal type can be used in the ultraviolet range.
OSE-WPPC
Wollaston, Calcite
These are prisms for splitting the incident beam into two linearly polarized beams with orthogonal polarization direction. Calcite can be used in the visible to the infrared range.
OSE-RSPCQ-10
Roshon Polarizing Prism, Quartz
The polarizer separates the incident light into two linearly polarized light beams that cross perpendicularly.
OSE-RSPMF-10
Roshon Polarizing Prism, MgF2
The polarizer separates the incident light into two linearly polarized lights that cross perpendicularly.
OSE-SPF
Sheet Polarizers, 400 - 700 nm
By using a dichroic dye sheet, good linear polarization can be achieved over a wide range.
OSE-NSPFU-30C
Sheet Polarizer, 320 - 400 nm
By using a dichroic dye sheet, good linear polarization can be achieved over a wide range.
OSE-SPFN-30C-26
Sheet Polarizer, 760 - 2000 nm
By using dichroic dye film, good linear polarization can be achieved in a wide range.
OSE-WGPF-30C
Wire Grid Polarizing Filter
Only linearly polarized light oscillating in the direction of the metal frame mark is transmitted
OSE-PLC
Polarcor Polarizers
Polarcor is a polarizer made of glass. It offers a high extinction ratio in the infrared range.
These substrates are mainly used as the primary mirror in a reflecting telescope or as reflection mirror of a collimating optical system light-source.
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