Description

Laser Systems: Beam splitting for research and industry.
Optical Instruments: Precise beam manipulation and measurement.
Microscopy: Enhances fluorescence and confocal imaging.
Telecommunications: Signal processing in fiber optics.
Medical Devices: Accurate light control in imaging tools.
Holography: Creating and reconstructing holographic images.
Spectroscopy: Separates wavelengths for analysis.
Photonics Research: Supports advanced R&amp;D.

Beamsplitters are used to split or combine beams of light. Plates are used for most laser applications as they exhibit low absorption. Cubes are a convenient, protected form for low power applications. The performance of a beamsplitter is mainly dependent on the coating specifications.

Wide Variety of Beamsplitter Types Including Polarizing, Non-Polarizing, and Laser Line.
Customized Solutions for Prototype to Volume Production.
Design and Application Expertise for Complex Coating and Geometry Needs.
Coating Capabilities from 450 – 1650nm.

Specifications

Material:	H-K9L
Size (Linear Dimension):	8 mm
Design Wavelength Range:	450 – 1650 nm
Max Beam Deviation:	2 arcmin
Flatness:	λ/4
Surface Quality:	20/10

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Download Data Sheet

Features

Standard Sizes Available: 8x8x8mm, 10x10x10mm, 12.7x12.7x12.7mm, 15x15x15mm, 20x20x20mm, 25.4x25.4x25.4mm
High Reflectivity: Rs > 99%
High Transmission: Ts > 95%
Low Polarization: Rp < 5%
Exceptional Extinction Ratio: > 1000:1
Construction Options: Available in both Optical Contact and Cemented forms