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Beam Shapers

LOD Beam Flattner
Logan Optical Designs (LOD)
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LOD Beam Flattner
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 $1,500

Specifications
Spot Shape: Circular
Input Beam Diameter (1/e2): 25 mm
Spot Radius: 12.5 mm
Height: 0 mm
Thickness: 0 mm
Data Sheet
Fiber Optical Homogenizer (Laser Beam Stabilizers)
Lfiber Optic Limited
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Fiber Optical Homogenizer (Laser Beam Stabilizers)
The Fiber Optical Homogenizer (Laser Beam Stabilizers) is an all-fiber passive component which can efficiently homogenize speckle pattern and reduce unwanted modal noise (striations, hot spots, and beam non-uniformity) within a multimode optical fiber, producing a stable output beam that has fewer speckle hot spots and more uniform ...

Specifications
Wavelength: 400-1800nm
Typical Power Loss: 5 %
Fiber Core/Cladding (μm): 105/125, 200/220, 400/440
Numerical Aperture: 0.22
Transmission Efficiency: ≥90%
...
Data Sheet
BEAM SHAPER ST-291-I-Y-A
Holo/Or
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BEAM SHAPER ST-291-I-Y-A
The “Top-Hat” or “Flat-Top” beam shapers are diffractive optical elements (DOEs) used to transform a near-gaussian incident laser beam into a uniform-intensity (flat) spot of either round, rectangular, square, line or other shape with sharp edges in a specific work plane. A uniform spot achieved by the top-hat beam shaper enables ...

Specifications
Spot Shape: Square
Input Beam Diameter (1/e2): 2 mm
Spot Radius: 11 mm
Height: -- mm
Thickness: 3 mm
Data Sheet
BEAM SHAPER ST-234-I-Y-A
Holo/Or
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BEAM SHAPER ST-234-I-Y-A
The “Top-Hat” or “Flat-Top” beam shapers are diffractive optical elements (DOEs) used to transform a near-gaussian incident laser beam into a uniform-intensity (flat) spot of either round, rectangular, square, line or other shape with sharp edges in a specific work plane. A uniform spot achieved by the top-hat beam shaper enables ...

Specifications
Spot Shape: Square
Input Beam Diameter (1/e2): 7 mm
Spot Radius: -- mm
Height: -- mm
Thickness: 3 mm
Data Sheet
BEAM SHAPER ST-212-I-Y-A
Holo/Or
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BEAM SHAPER ST-212-I-Y-A
The “Top-Hat” or “Flat-Top” beam shapers are diffractive optical elements (DOEs) used to transform a near-gaussian incident laser beam into a uniform-intensity (flat) spot of either round, rectangular, square, line or other shape with sharp edges in a specific work plane. A uniform spot achieved by the top-hat beam shaper enables ...

Specifications
Spot Shape: Square
Input Beam Diameter (1/e2): 7 mm
Spot Radius: -- mm
Height: -- mm
Thickness: 3 mm
...
Data Sheet
LASER BEAM STABILIZER
Kinetic River Corp
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LASER BEAM STABILIZER
The Beam Genie  is a compact solution that actively compensates for laser beam misalignment due to thermal shifts in laser pointing, maintaining proper aiming of a laser beam to its intended target. For applications to flow cytometry, the Beam Genie keeps a laser beam locked onto the sample core stream, ...

Specifications
Wavelength: 300-1000nm
Typical Power Loss: 2 %
Data Sheet
SHACK-HARTMANN ARRAYS
SUSS MicroOptics
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SHACK-HARTMANN ARRAYS
The quality of a Shack-Hartmann sensor is directly related to the excellence of the microlens arrays. SUSS MicroOptics is the leading supplier worldwide of microlens arrays for Shack-Hartmann sensors, with the highest ranking in lens array uniformity and beam-pointing accuracy.  

Specifications
LA Focal Length: Custom mm
Pitch: Custom mm
Shape: Square, Rectangle, Circular, Custom
Number Of Lenses (X): Custom
Number Of Lenses (Y): Custom
...
Data Sheet
PRIME Beamshaper PP-PRIME-CI-D10-V1
Powerphotonic Ltd
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PRIME Beamshaper PP-PRIME-CI-D10-V1
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

Frequently Asked Questions

A beam shaper is an optical device that manipulates the shape, intensity, and profile of laser beams. It can be used to create specific beam shapes, such as top-hat, Gaussian, or ring-shaped, and correct beam aberrations to improve beam quality.

Beam shapers are used in a wide range of applications, such as laser material processing, laser lithography, and laser beam diagnostics. They can be used to shape the beam into specific profiles for optimal results.

Beam shapers can be designed using diffractive, refractive, or hybrid approaches. Diffractive beam shapers use micro- or nanostructures to manipulate the phase of the incoming beam, while refractive beam shapers use lenses to shape the beam. Hybrid beam shapers combine both approaches for improved performance.

Choosing the right beam shaper for your application depends on several factors, such as the laser source, beam characteristics, and desired output profile. At Findlight.net, we offer a wide range of beam shapers for laser applications and can provide expert consultation to help you find the perfect solution for your needs.

Yes, many suppliers offer custom beam shaping solutions for laser applications. Their team of experts can work with you to design and manufacture the perfect beam shaper for your specific needs.

Findlight.net offers a wide range of beam shapers for laser applications, including diffractive, refractive, and hybrid designs. With options for custom solutions and expert consultation, you can find the perfect beam shaper for your optical system.

Did You know?

Beam shapers are optical devices that manipulate the shape, intensity, and profile of laser beams. They are often used in applications such as laser material processing, laser lithography, and laser beam diagnostics. Beam shapers can be designed using diffractive, refractive, or hybrid approaches, and can shape the beam into a wide range of profiles, such as top-hat, Gaussian, or ring-shaped. Some beam shapers can also correct beam aberrations and improve beam quality. Choosing the right beam shaper for your application depends on factors such as the laser source, beam characteristics, and desired output profile.
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