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Anamorphic Prisms

Anamorphic Prisms are a pair of prisms designed to alter the dimension of a beam in one axis, similar to the effect of a cylindrical lens. These prisms offer the ability to expand or contract the beam in one direction without affecting the other direction. By adjusting the angles among the incident beam and the two prisms, the shape ...

Specifications

Material: N-SF11
Dimension (A): 12 mm
Dimension (B): 12 mm
Dimension (C): 8.5 mm
Dimension Tolerance: +0.0, -0.2 mm
...
Data Sheet
Anamorphic Prisms are a pair of prisms designed to alter the dimension of a beam in one axis, similar to the effect of a cylindrical lens. These prisms offer the ability to expand or contract the beam in one direction without affecting the other direction. By adjusting the angles among the incident beam and the two prisms, the shape ...

Specifications

Material: N-SF11
Dimension (A): 12 mm
Dimension (B): 12 mm
Dimension (C): 8.5 mm
AR Coating: MgF2 Single Layer
...
Data Sheet
Diode lasers usually feature an elliptical beam profile. While, mostly a circular beam shape is required, like mode-matching to an external resonator, adapting beam size to pass a small aperture of an isolator, and etc. Anamorphic Prism Pairs are used to transform elliptical laser diode beams into nearly circular beams by magnifying ...

Specifications

Material: BK7
Dimension (A): 10 mm
Dimension (B): 5 mm
Dimension (C): 3 mm
Material: N-BK7, Fused Silica, etc.
...
Data Sheet
BERN OPTICS PRISMS
Bern Optics Inc
Bern Optics produces a wide variety of accurately angled and dimensioned prisms.Also available:Optical wedges (of any given angle)Beam splitter cubesParallel platesCemented, multi-element prismsCustom configurations including plano, spherical or cylindrical facesAvailable in standard optical and filter glasses, Bern Optics prisms can ...

Specifications

Material: BK7, Other
Dimension (A): -- mm
Dimension (B): -- mm
Dimension (C): -- mm
Data Sheet
For mirror applications or plasmon effect, we can provide custom prisms and gold coating thickness.  https://sinoptix.fr/optical-components-showroom/prismen/

Specifications

Material: BK7, FS, UVFS, IRFS, CaF2, F2, N-SF11, ZnSe, Ge, Other
Dimension (A): 80 mm
Dimension (B): 10 mm
Dimension (C): 10 mm
Data Sheet
N-SF11 Anamorphic Prisms
FOCTek Photonics
N-SF11 Grade A optical glass used for these anamorphic prisms. 

Specifications

Material: N-SF11
Dimension (A): 12 mm
Dimension (B): 12 mm
Dimension (C): 8.5 mm
Data Sheet
Anamorphic Prism Pairs are used mainly to correct the asymmetric beam shape of a Laser Diode – from elliptical to near circular shape. This is done by expanding (or contracting) the beam in one direction only while the other direction remains unchanged. The aspect ratio of the elliptical beam varies according to the laser ...

Specifications

Material: N-SF11
Dimension (A): 12 mm
Dimension (B): 12 mm
Dimension (C): 8,5 mm
Data Sheet
There are 7 different Anamorphic Prisms from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Anamorphic Prisms with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Anamorphic Prisms vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Did you know that polarization optics are used in a wide range of applications, from telecommunications and optical sensing to biomedical imaging and industrial processing? Polarization optics can manipulate the polarization state of light to enhance contrast, reduce glare, and improve measurement accuracy. Polarizers, waveplates, and retarders are some of the most commonly used polarization optics. Linear polarizers, for example, can selectively block or transmit light waves based on their orientation, while waveplates can convert linearly polarized light to circularly polarized light, and vice versa. Retarders, on the other hand, can introduce a phase delay between two orthogonal polarization states. With their ability to precisely control the polarization of light, polarization optics have become an indispensable tool in many scientific and engineering disciplines.