What wavelength range does Polymer Homogenization DOEs DOE25-1064-7-FTS30 support?

Polymer Homogenization DOEs DOE25-1064-7-FTS30 operates at a center wavelength of 1064.0 nm.

What substrate material is Polymer Homogenization DOEs DOE25-1064-7-FTS30 made from?

Polymer Homogenization DOEs DOE25-1064-7-FTS30 is manufactured using Liquid Crystal Polymer/N-BK7 Window Plate substrate.

What documentation is available for Polymer Homogenization DOEs DOE25-1064-7-FTS30?

The following documents are available for download on the Polymer Homogenization DOEs DOE25-1064-7-FTS30 product page: Spec sheet. CAD drawing.Visit the Documents tab for direct download links.

Is Polymer Homogenization DOEs DOE25-1064-7-FTS30 available for purchase?

Yes, request a quote for pricing and lead time at WaveQuanta. Typical lead time is 4.0 weeks.Contact our sales team for current availability and volume pricing.

WaveQuanta

Polymer Homogenization DOEs DOE25-1064-7-FTS30

Name: Polymer Homogenization DOEs DOE25-1064-7-FTS30
Brand: WaveQuanta
SKU: DOE25-1064-7-FTS30
Price: 1300.22 SGD
Availability: InStock

DOE25-1064-7-FTS30

$1,300.22

In Stock· Ships in 4.0 weeks

Key Specifications

Wavelength 1064.0nm

Reflectance 0.5%

Transmittance 700.0%

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Design Tools

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RoHS REACH

The LBTek Polymer Homogenizing DOE is a flat optical component built on diffractive optics principles. It combines a liquid crystal polymer film with N-BK7 or UVFS window substrates. The design uses point-to-point mapping calculations based on incident light characteristics, focal length, and desired output specifications to introduce a geometric phase distribution that transforms Gaussian incident light into shaped, homogenized beams.

Compared to traditional refractive homogenizers, the polymer DOE offers flat structure for easier integration and higher energy efficiency. Standard products generate square flat-top, circular flat-top, or line-shaped flat-top beams with high diffraction efficiency (>90%), high uniformity (<10% RMS), and sharp edges.

Key Features

Liquid crystal polymer / N-BK7 or UVFS window plate sandwich flat-plate structure
Generates square, circular, or line-shaped flat-top beams
High diffraction efficiency (>90%), high uniformity, sharp edges
Customizable shape and size parameters
Operating wavelengths: 532 nm and 1064 nm
Standard focal length: 100 mm (customizable)

Reflectance	0.5%
Transmittance	700.0%
Diffraction Efficiency	98.0%
Element Material	Liquid Crystal Polymer/N-BK7 Window Plate
Element Dimensions	Ø25.4x3.2 mm
Clear Aperture	15x15 mm
Operating Wavelength	1064 nm
Output Beam Spot Size	30.3x30.3 μm
Surface Quality	60/40
Transmittance	700-1100 nm
Reflectance	Ravg<0.5 % (0 °angle of incidence)
Input Beam Diameter	7 mm
Conversion Efficiency	>98 %
Lead Time	4.0 weeks

Specification Sheet PDF — Download

Lead Time: 4.0 week1s

CAD Drawing Download

3D Model (STL) STL — Download

Curve 1

Curve 2

Curve 3

Curve - Intensity

Curve 5

Curve - Uniformity

Product Family: Polymer Homogenization DOEs (28 variants)

Product ▴▾	SKU	Size ▴▾	Clear Aperture ▴▾	Operating Wavelength ▴▾
Polymer Homogenization DOEs DOE25H-1064-6-FTL1000	`DOE25H-1064-6-FTL1000`	—	—	—	View
Polymer Homogenization DOEs DOE25H-1064-6-FTL250	`DOE25H-1064-6-FTL250`	—	—	—	View
Polymer Homogenization DOEs DOE25H-532-6-FTL1000	`DOE25H-532-6-FTL1000`	—	—	—	View
Polymer Homogenization DOEs DOE25H-532-6-FTL250	`DOE25H-532-6-FTL250`	—	—	—	View
Polymer Homogenization DOEs DOE25H-1064-6-FTC200	`DOE25H-1064-6-FTC200`	—	—	—	View
Polymer Homogenization DOEs DOE25H-1064-6-FTC80	`DOE25H-1064-6-FTC80`	—	—	—	View
Polymer Homogenization DOEs DOE25H-532-6-FTC50	`DOE25H-532-6-FTC50`	—	—	—	View
Polymer Homogenization DOEs DOE25H-1064-7-FTS76	`DOE25H-1064-7-FTS76`	—	—	—	View
Polymer Homogenization DOEs DOE25H-1064-7-FTS30	`DOE25H-1064-7-FTS30`	—	—	—	View
Polymer Homogenization DOEs DOE25H-1064-6-FTS200	`DOE25H-1064-6-FTS200`	—	—	—	View
Polymer Homogenization DOEs DOE25H-1064-6-FTS80	`DOE25H-1064-6-FTS80`	—	—	—	View
Polymer Homogenization DOEs DOE25H-532-7-FTS76	`DOE25H-532-7-FTS76`	—	—	—	View
Polymer Homogenization DOEs DOE25H-532-7-FTS30	`DOE25H-532-7-FTS30`	—	—	—	View
Polymer Homogenization DOEs DOE25H-532-6-FTS50	`DOE25H-532-6-FTS50`	—	—	—	View
Polymer Homogenization DOEs DOE25-1064-6-FTL1000	`DOE25-1064-6-FTL1000`	—	—	—	View
Polymer Homogenization DOEs DOE25-1064-6-FTL250	`DOE25-1064-6-FTL250`	—	—	—	View
Polymer Homogenization DOEs DOE25-532-6-FTL1000	`DOE25-532-6-FTL1000`	—	—	—	View
Polymer Homogenization DOEs DOE25-532-6-FTL250	`DOE25-532-6-FTL250`	—	—	—	View
Polymer Homogenization DOEs DOE25-1064-6-FTC200	`DOE25-1064-6-FTC200`	—	—	—	View
Polymer Homogenization DOEs DOE25-1064-6-FTC80	`DOE25-1064-6-FTC80`	—	—	—	View
Polymer Homogenization DOEs DOE25-532-6-FTC50	`DOE25-532-6-FTC50`	—	—	—	View
Polymer Homogenization DOEs DOE25-1064-7-FTS76	`DOE25-1064-7-FTS76`	—	—	—	View
Polymer Homogenization DOEs DOE25-1064-7-FTS30 Current	`DOE25-1064-7-FTS30`	—	—	—
Polymer Homogenization DOEs DOE25-1064-6-FTS200	`DOE25-1064-6-FTS200`	—	—	—	View
Polymer Homogenization DOEs DOE25-1064-6-FTS80	`DOE25-1064-6-FTS80`	—	—	—	View
Polymer Homogenization DOEs DOE25-532-7-FTS76	`DOE25-532-7-FTS76`	—	—	—	View
Polymer Homogenization DOEs DOE25-532-7-FTS30	`DOE25-532-7-FTS30`	—	—	—	View
Polymer Homogenization DOEs DOE25-532-6-FTS50	`DOE25-532-6-FTS50`	—	—	—	View