Dichroic Laser Beam Combiners

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Overview

Manufactured from low autofluoresence substrates, dichroic laser beam combiners can efficiently combine or separate multiple laser beams at a 45° angle of incidence. These laser beam combiners are the perfect choice for multi-laser imaging and analytical instruments.

Combine or separate multiple laser beams
Insensitive to polarization
Ion-beam sputtered (IBS) coating
Perfect for equipment with multi-laser sources

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Products

Compare	Model	Compatibility	rankScore	Optic Size	Cut-on Wavelength	Transmittance Range	Availability	Price	Brand
DCM10 Laser Beam Combiner, Dichroic, 25mm, 372-415 nm Refl, 439-647 nm Trans $342 In Stock	DCM10 Laser Beam Combiner, Dichroic, 25mm, 372-415 nm Refl, 439-647 nm Trans	UNIVERSAL	1.0	Ø25.0 mm	427 nm	439.0-647.1 nm	In Stock	$342	Newport
DCM11 Laser Beam Combiner, Dichroic, 25mm, 439-458 nm Refl, 473-647 nm Trans $342 In Stock	DCM11 Laser Beam Combiner, Dichroic, 25mm, 439-458 nm Refl, 473-647 nm Trans	UNIVERSAL	1.0	Ø25.0 mm	466 nm	473.0-647.1 nm	In Stock	$342	Newport
DCM12 Laser Beam Combiner, Dichroic, 25mm, 473-491 nm Refl, 515-647 nm Trans $342 In Stock	DCM12 Laser Beam Combiner, Dichroic, 25mm, 473-491 nm Refl, 515-647 nm Trans	UNIVERSAL	1.0	Ø25.0 mm	503 nm	514.5-647.1 nm	In Stock	$342	Newport
DCM13 Laser Beam Combiner, Dichroic, 25mm, 515-544 nm Refl, 561-790 nm Trans $342 In Stock	DCM13 Laser Beam Combiner, Dichroic, 25mm, 515-544 nm Refl, 561-790 nm Trans	UNIVERSAL	1.0	Ø25.0 mm	552 nm	561.4-790.0 nm	In Stock	$342	Newport
DCM14 Laser Beam Combiner, Dichroic, 25mm, 561-594 nm Refl, 633-790 nm Trans $342 In Stock	DCM14 Laser Beam Combiner, Dichroic, 25mm, 561-594 nm Refl, 633-790 nm Trans	UNIVERSAL	1.0	Ø25.0 mm	613 nm	632.8-790.0 nm	In Stock	$342	Newport
DCM15 Laser Beam Combiner, Dichroic, 25mm, 633-647 nm Refl, 671-790 nm Trans $342 In Stock	DCM15 Laser Beam Combiner, Dichroic, 25mm, 633-647 nm Refl, 671-790 nm Trans	UNIVERSAL	1.0	Ø25.0 mm	659 nm	671.0-790.0 nm	In Stock	$342	Newport

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Features

Combine or Separate Multiple Beams

An ion-beam sputtered coating is applied to laser grade substrates to provide high reflection (>98%) and transmission (>95%) with low scattering. For optimal filter performance, when combining beams, the arrow on the side of the ring should point toward outgoing transmitted & combined laser beam. When separating beams, the arrow on the side of the ring should point toward incoming combined beam and outgoing reflected beam.