Lasers

Genesis

CW lasers with industrial reliability, long lifetimes, and unmatched performance choices for lab or OEM use: wavelengths from 355 to 1154 nm and power from 40 mW to 10 W.

Genesis CX provides TEM₀₀ output up to 10 W visible or 250 mW UV, for semiconductor inspection, holography, flow cytometry, and microscopy.

Genesis MX MTM provides low M² output up to 10 W at wavelengths from 460 to 1154 nm, for medical applications, bio-instrumentation, and imaging.

Genesis MX STM and SLM provide TEM₀₀ output up to 2 W of visible output, for semiconductor inspection, holography, and bio-instrumentation.

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Genesis Lasers Overview

Our optically pumped semiconductor laser (OPSL) technology gives you unmatched output choices.

Datasheets

Product Specifications

Genesis Series Name	Standard Wavelength Options (nm)	Key Features	Beam Characteristics		Typical Applications
Genesis Series Name	Standard Wavelength Options (nm)	Key Features	Transverse Mode	Longitudinal Mode	Typical Applications
Genesis MX SLM	460, 480, 488, 514, 532, 561, 577, 590	Single longitudinal mode Power up to 1 W	TEM₀₀	Single mode (Linewidth < 5 MHz)	Holography Interferometry Spectroscopy
Genesis MX STM	460, 480, 488, 514, 532, 561, 577, 590, 639	Stable, low-noise output Power up to 2 W	TEM₀₀	Multi-mode	Semiconductor inspection Microscopy
Genesis MX MTM	460, 480, 488, 514, 532, 561, 577, 589, 590, 639, 920, 1064, 1154	High beam quality, multi-mode output Ideal for coupling into small-diameter multi-mode fibers Power up to 10 W	Multi-mode (M² < 7)	Multi-mode	Wide field microscopy DNA sequencing Genomics Retinal photocoagulation Dermatology
Genesis CX SLM	355, 460, 480, 488, 514, 532, 577, 590	Single longitudinal mode Power up to 5 W	TEM₀₀	Single mode (Linewidth < 5 MHz)	Holography Interferometry
Genesis CX STM	355, 460, 480, 488, 514, 532, 561, 577, 590	Stable, low-noise output Power up to 10 W	TEM₀₀	Multi-mode	Semiconductor inspection Mask writing Flow cytometry Spectroscopy

Resource List

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Coherent

OPSL Advantages - Wavelength Flexibility White Paper

The Optically Pumped Semiconductor Laser (OPSL) technology offers numerous advantages over other types of CW lasers, including wavelength flexibility. In particular, an OPSL can be designed to match the wavelength requirements of the application, which represents a paradigm shift over legacy technologies.

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Coherent

OPSL Advantages - Invariant Beam Properties White Paper

The main technology choices for CW visible and near IR laser sources include DPSS lasers and OPSLs.

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Coherent

OPSL Advantages - No Mode Noise ("Green Noise") White Paper

The optically pumped semiconductor laser (OPSL) is a unique, patented technology that provides lower intrinsic noise than other continuous wave (CW) solid state lasers having UV or visible output, and is the only way to achieve true-CW output at 355 nm in a simple, cost-effective platform.

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Coherent

OPSL Advantages - Superior Reliability White Paper

The optically pumped semiconductor laser (OPSL) is a unique, patented technology that provides superior reliability and longevity compared to other continuous wave (CW) solid state lasers. Together with other OPSL advantages, this reliability is confirmed by an installed base approaching 100,000 lasers in diverse and demanding applications from life sciences to light shows.

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