Beam Sampling With Diffractive Optics From Holo/Or
Description
Diffractive beam samplers are used for monitoring high power lasers where optical losses and wavefront distortions of the transmitted beam need to be kept to a minimum. In most applications, most of the incident light must to continue forward, "unaffected", in the "zero order" while a small amount of the beam is diffracted into a higher order, providing a "sample" of the beam.
Beam Sampling With Diffractive Optics From Holo/Or
Specifications |
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| Design Wavelength: | 10600 nm |
| Element Size: | 12 mm |
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How to order?
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Ships from:
United States
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Sold by:
Laser Components USA, Inc. -
On FindLight:
since 2017
Frequently Asked Questions
Diffractive beam samplers are used for monitoring high power lasers where optical losses and wavefront distortions of the transmitted beam need to be kept to a minimum.
Some proven solutions developed by Holo/Or for high power lasers include uniform splitting of beams, beam sampling, tailored shaping of spots, chromatic and spherical aberration correction, 1D, 2D and 3D spot array generation, intensity profile management, diffusers and homogenizers, elongating depth of focus, top-hat beam shaping, frame focuser, lenslet arrays, and tailored spot shapes and sizes.
Holo/Or is located in the Kiryat Weizmann High-Tech Industrial Park, Rehovot, Israel.
DOECAD software is software for design, mask files generation, and computer simulation of diffractive optical elements.
The "Easy-F" lens design yields a longer focal depth while still maintaining near to diffraction limited spot size, sharp and cleaner edges of the focal spot.