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PRIME Shaper

LOD Beam Flattner
Logan Optical Designs (LOD)
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LOD Beam Flattner
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This LOD Product is a LASER beam flattener. It\'s function is to convert a Gaussian LASER beam (any visible or NIR wavelength) into a flat top beam. View a typical setup with a LASER diode and resulting beam images for green and blue beams. The LOD Beam Flattener is priced at $2,000

Specifications
Divergence Angle (FWHM): 0 deg
Image Shape: Circular
Clear Aperture (H): 12.5 mm
Clear Aperture (W): 12.5 mm
Height: 12.5 mm
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PRIME Beamshaper PP-PRIME-CI-D10-V1
Powerphotonic Ltd
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PRIME Beamshaper PP-PRIME-CI-D10-V1
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PowerPhotonic’s Psuedo Random Intensity Mapping Element (PRIME) beamshapers use a unique freeform direct-write process to fabricate a highly non-uniform surface in fused silica. These quasi-random optics are designed to impart a well-defined and tightly controlled divergence angle which can range from fractions of a degree up ...

Specifications
Divergence Angle (FWHM): 1.00 deg
Image Shape: Circular, Square, Annular, Custom
Clear Aperture (H): 15.0 mm
Clear Aperture (W): 15.0 mm
Height: 25.40 mm
Data Sheet
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There are 2 different PRIME Shaper from suppliers and manufacturers listed in this category. In just a few clicks you can compare different PRIME Shaper with each other and get an accurate quote based on your needs and specifications. Please note that the prices of PRIME Shaper 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?

PRIME stands for Psuedo Random Intensity Mapping Element. It uses a unique free-form direct-write process to fabricate a highly non-uniform surface in fused silica. PRIME beamshapers are designed to transmit a well-defined and controlled divergence angle with potential transmission efficiencies of 99%. The target applications for this technology are high-power materials processing, such as welding, brazing, cladding, and metal polishing, and pump beam homogenization. The system allows for a dramatic increase in beam uniformity, high power handling, high laser damage threshold, and no focal plane shift, among many other benefits.
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