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Advanced Laser Technology for the
Most Demanding Applications

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Applications

KMLabs advanced laser technologies are enabling cutting-edge science and manufacturing in a range of application areas.

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Life Sciences

Empowering biological scientists to see deeper and at higher resolution and frame rates.

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Manufacturing

Managing group delay dispersion for improved performance and consistency.

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Material Science

Next generation materials characterization through ultrafast IR spectroscopy and high harmonic generation.

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Semiconductor

Laser Techniques for Nondestructive Analysis beyond all current techniques.

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Advanced Laser Technology for the Most Demanding Applications

KMLabs delivers record performance ultrafast fiber, Ti:sapphire, and EUV systems that are designed and engineered for each application. With the new Intel-Capital led investment, KMLabs moved to a new manufacturing facility in Boulder, with state-of-the-art engineering and production. KMLabs is the leader in ultrafast laser and x-ray science, having brought the first 10fs lasers and coherent EUV sources to market.

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Products

KM Labs is a vibrant and fast-growing company, that has developed a unique range of high technology laser products. KMLabs is the technology leader for high power, highest performance femtosecond laser systems, and the market definer for coherent EUV and x-ray sources.

HIGH HARMONIC SOURCES

ULTRAFAST YB FIBER LASERS

TI:SAPPHIRE LASER SYSTEMS

METROLOGY TOOLS

ACCESSORIES AND UPGRADES

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Free Whitepaper

Laserlike EUV on a tabletop enabling by combining the KMLabs XUUS with a high-power Ti:Sapphire amplifiers.

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Techniques

Scientists, researchers, and manufacturers around the world are innovating with the help of KMLabs. Click below to learn more about these leading techniques, enabled by KMLabs suite of products

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Applications of Coherent EUV and Soft-X-Ray Beams

Extreme ultraviolet (EUV) and soft X-ray (SXR) science has seen revolutionary advances over the past decade.

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3-Photon
Microscopy

Multi-photon microscopy is a widely deployed tool for rapid, in-vivo, volumetric imaging.

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Relativistic Electron Acceleration

In “Relativistic electron acceleration by mJ-class kHz lasers normally incident on liquid targets“,

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Mid-IR Supercontinuum Generation

The Y-Fi OPA MIR output pulse can be used to generate MIR continuum in a fluoride fiber.

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2D IR
Spectroscopy

The MIR output of the Y-Fi OPA can be used for 2D IR spectroscopy, a nonlinear infrared spectroscopic.

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Coherent Raman Scattering

Coherent Raman scattering, in all of its various incarnations (CARS, SRS, ISRS, RIKES, etc.)

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High-harmonic generation in periodically poled waveguides

In a collaboration between NIST, JILA-University of Colorado, and KMLabs, Dan Hickstein et al..

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Laser damage properties of broadband

The emergence of petawatt class laser systems arround the world is motivating more research and..