Top-Hat Beam Shaper

Name: Top-Hat Beam Shaper
Brand: Laser Components USA, Inc.
Availability: InStock

Description

In the past 15 years we developed, designed and manufactured a variety of diffractive optical elements that accomplish difficult tasks, conventional optics fails to address effectively.

Specifications

Function:	Top Hat
Design Wavelength:	10600 nm
Diameter:	25 mm
Working Distance:	250 mm
Spot Shape:	Round
Shape Size:	3 mm

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Features

Uniform Splitting of beams
Tailored Shaping of spots
1D, 2D and 3D spot array generation
Diffusers and Homogenizers
Top-Hat Beam Shaping
Lenslet Arrays, symetric and asymetric
Beam Sampling
Chromatic and Spherical Aberration Correction
Intensity profile management
Enlongating Depth of Focus
Frame focusser
Tailored spot SHAPES and sizes

Applications

Laser optics
Imaging
Spectroscopy

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Ships from:

United States

Sold by:

Laser Components USA, Inc.

On FindLight:

since 2017

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Frequently Asked Questions

What is the Top-Hat Beam Shaper used for?

The Top-Hat Beam Shaper is used to transform a near-gaussian incident laser beam into a uniform-intensity spot of either round or rectangular shape.

What are some features of the Top-Hat Beam Shaper?

The Top-Hat Beam Shaper features uniform splitting of beams, tailored shaping of spots, 1D, 2D and 3D spot array generation, diffusers and homogenizers, chromatic and spherical aberration correction, intensity profile management, and elongating depth of focus.

What is the company's capability in developing and manufacturing diffractive optical elements?

The company, Holo-Or, has a full capability of developing and manufacturing diffractive optical elements in clean room facilities.

What is the company's in-house elaborated software used for?

The company's in-house elaborated software, DOECAD, is used for design, mask files generation, and computer simulation of diffractive optical elements.

What is the "Easy-F" lens design used for?

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.