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made easy: CW Laser Light Widely Tunable Across the Visible

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OPO technology sets new standards in wavelength coverage of commercial systems

A remarkable number of photonic applications call for continuous-wave (cw) laser light that is widely tunable throughout the visible range of the spectrum. However, this spectral region remains difficult to access with conventional tunable laser devices. This is why recently commercialized sources based on cw optical parametric oscillator (OPO) technology gain market awareness – and become increasingly recognized as cost-effective and user friendly turn-key solutions.
Continuous-wave OPO technology provides laser light that is widely tunable across the visible at the push of a button. Please read the complete abstract here: CW Laser light widely tunable across the visible 
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Depending on the required output power level, C-WAVE (the tunable laser light source) is either pumped by an external single-frequency laser or comes with an integrated laser, making operation and application even easier for you. Using software module AbsoluteLambda™ for C-WAVE enables precision and automatic frequency control with accuracy up to 2 MHz*.


At HÜBNER Photonics, we not only make game-changing lasers, but also rethink all kinds of other technologies including terahertz imaging and high-frequency radar. Since 2015, our portfolio has been further reinforced by the acquisition of Cobolt AB, a world leading manufacturer of high performance lasers for analytical instrumentation. Together, we unite proven corporate values with innovative ideas and top-notch technologies for the whole electromagnetic spectrum.

Jaroslaw Sperling is sales manager for Hübner Photonics. He joined the company in 2016, bringing in his passion and experience gained in various sales and marketing related roles across photonics research and industry. With a solid background in laser spectroscopy, he holds a PhD in physical chemistry from the University of Vienna.

Korbinian Hens is product manager for Hübner Photonics. He joined the company in 2015, specializing on terahertz spectroscopy and tunable laser systems based on OPO technology. With a background in laser‐induced fluorescence spectroscopy for atmospheric research, he carried out his PhD thesis at the Max Planck Institute for Chemistry in Mainz.