Laser Systems
Laser solutions for science & industry
Refined Laser Systems delivers some of the fastest tunable ultrafast lasers on the market, covering 600 nm to 1600 nm.
Benefits
Tuned for innovation
We build robust, cost-effective laser systems designed for seamless integration – empowering progress from research to real-world impact.
Compact and mobile
Compact, alignment-stable laser systems without water cooling, designed for mobile setups and space-constrained laboratories.
Easy integration
User-friendly laser platforms engineered for straightforward integration into OEM systems, microscopes, and custom experimental setups.
Broad spectral coverage
Widely tunable ultrafast laser sources spanning wavelengths from 600 nm to 1600 nm to support a broad range of nonlinear imaging and spectroscopy applications.
Exceptional tuning speed
Industry-leading wavelength tuning speeds enabling rapid spectral switching and efficient acquisition of multidimensional datasets.
Ultrashort pulse durations
Picosecond-class pulse performance optimized for nonlinear optical processes such as SRS, CARS, and multiphoton microscopy.
Low noise and high stability
Low-noise, highly stable laser output ensuring reproducible results and reliable operation in long-term experiments.
Solutions
Simplifying photonics for real-world applications
We turn complex photonic requirements into reliable laser systems. Bridging the gap from research to real-world impact, our innovations shape the future of discovery.
SRS imaging
Our lasers enable rapid, precise, label-free imaging. They unlock real-time molecular insights without complex prep. Designed for research and clinical use, they deliver unmatched stability and speed.
Flagship product
Noctua SRS imaging system
Our Noctua is an all-in-one system delivering high-resolution and label-free imaging with integrated laser and microscopy.
Refined Laser Systems represents a new generation of laser design focused not only on performance, but on robustness and usability for real-world microscopy applications.
Prof. Ji-Xin Cheng, Boston University
Moustakas Chair Professor of Optoelectronics and Photonics
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