Non-Polarizing Beamsplitter Cube front product view on a dark background
Angled view of Non-Polarizing Beamsplitter Cube for beam splitting, interferometry and imaging systems

SO-BS03 SERIES

Non-Polarizing Beamsplitter Cube

SO-BS03 Non-Polarizing Beamsplitter Cube provides dividing optical power while minimizing sensitivity to input polarization over a specified band.

$233.82
$233.82

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Product Overview

Balance wavelength, polarization and split ratio for Non-Polarizing Beamsplitter Cube

The reflected/transmitted balance depends on wavelength, polarization and incidence angle. Use the exact listed coating and split-ratio variant for quantitative power division.

Choose split ratio, wavelength band and cube size, then verify residual polarization dependence for the application.

Select a Model

models

Engineering Guidance

Choose the beam division method around the complete optical path

Power and polarization behavior

The reflected/transmitted balance depends on wavelength, polarization and incidence angle. Use the exact listed coating and split-ratio variant for quantitative power division.

Selection and alignment

Choose split ratio, wavelength band and cube size, then verify residual polarization dependence for the application.

Need a different diameter, tolerance or coating?

Custom substrate materials, dimensions, angular tolerances and coating bands can be reviewed for prototype and production quantities.

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Technical Resources

Related engineering articles

Selection notes and practical guidance matched to this product family.

CANAL GLASS SHOP
TECHNICAL RESOURCE
Optical Fundamentals · 7 min

Cube, Plate and Pellicle Beamsplitter Geometries

Compare path displacement, ghost reflections, packaging and wavefront effects across beamsplitter formats.
CANAL GLASS SHOP
TECHNICAL RESOURCE
Design Comparison · 6 min

Polarizing and Non-Polarizing Beamsplitters Compared

Choose a beam division method around input polarization, wavelength range and extinction requirements.
CANAL GLASS SHOP
TECHNICAL RESOURCE
Selection Guide · 8 min

Reading Split Ratio, Wavelength and Angle Specifications

Verify reflected and transmitted power under the same wavelength, polarization and incidence conditions.