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Agilent Technologies Introduces Multi-wavelength Laser Combiner
Product News

Agilent Technologies Introduces Multi-wavelength Laser Combiner

Agilent Technologies Introduces Multi-wavelength Laser Combiner
Product News

Agilent Technologies Introduces Multi-wavelength Laser Combiner


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Agilent Technologies Inc. has announced the availability of a Multi-wavelength Laser Combiner for microscopy applications. The company says that the laser combiner is ideal for applications including epifluorescence, laser scanning confocal and flow cytometry.

The new combiner provides 19 wavelength options that can be used in three-channel to eight-channel configurations. As research needs change, new laser wavelength channels can be added, or laser lines can be changed within channel.

“The Agilent Multi-wavelength Laser Combiner offers researchers flexibility not currently available for microscopy platforms,” said Bill Volk, Agilent general manager, Nano Positioning Metrology Division. “Existing combiners lock users into a fixed set of wavelengths, which limits flexibility. Users are forced to rework their systems to support new wavelength requirements. Our design allows users to upgrade their system and easily add new wavelength options as their application needs change.”

The Multi-wavelength Laser Combiner gives new options to a wide variety of OEM and end-user applications for fluoresce microscopy including FRET, TIRF, FLIM, FRAP and FISH. It is based on Agilent’s complex monolithic optic (CMO) design, which incorporates many individual optical components into one monolithic structure. CMO architectures provide a highly flexible platform and are customizable to meet specific system requirements. This is the first implementation of a CMO design for microscopy applications.

The CMO design also offers superior alignment throughout a product’s lifetime because the optics are bonded into a single pre-aligned optical structure. As a result, they do not drift out of alignment due to vibration or fluctuations in ambient temperature. This is a key factor in maintaining stable light. In addition, fewer exposed optical surfaces decrease environmental contamination, reducing cleaning and maintenance time.

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