Equinox is a single frequency, 532 nm continuous wave laser designed for a range of scientific applications including pumping any Ti:Sapphire laser systems. It is engineered to meet the needs of experimentalists requiring high-performance systems with an emphasis on reliability, stability and ease of use. The laser incorporates pump diodes within the central unit and is fully automated with hands-free operation and control via ethernet, webpage and TCP/IP remote interface. This completely sealed system is inherently stable with low noise levels <0.05 % RMS and ultra-stable output powers with ±0.5 % stability. Equinox has options of high output power up to 18 W. Other major applications include mixing source, pump source for dye lasers and frequency doublers, optical tweezers, and biomedical imaging.
Equinox is a true single frequency pump, so it’s inherently stable and quiet.
Designed with highly engineered optomechanical and electronic designs which enable it to achieve low amplitude noise levels <0.05 % RMS.
Equinox has options of output power up to 18 W.
A linewidth <1 MHz makes it one of the narrowest linewidth lasers in its class.
This completely sealed system is built on an Invar baseplate to minimise effects from vibrations and thermal variations and provides maximum long-term stability and reliability.
Equinox measures 410 x 177 x 112 mm (L x W x H). The pump diodes are incorporated within the central unit and connected by flexible, low footprint cables - no bulky umbilical.
Equinox is fully compatible with M Squared’s SolsTiS platform and its range of extensions.
Easy-to-use web interface controls operation parameters during use as well as a published set of TCP/IP controls for third-party applications such as LabVIEW and MATLAB.
M Squared’s lasers are both remarkable in their performance and beautiful in their design. They have enabled my Group’s research over the last decade and will continue to transform many areas of science and technology.
Professor Miles Padgett
University of Glasgow
Professor Miles Padgett holds the position of Professor and Kelvin Chair of Natural Philosophy at the University of Glasgow’s School of Physics and Astronomy.
*The Center for Ultracold Atoms (CUA) comprises a community of scientists from Harvard University and the Massachusetts Institute of Technology (MIT). The CUA is supported by the National Science Foundation (NSF).
M Squared’s’ SolsTiS laser platform transformed our quantum optics experiments, helping to produce several documented breakthroughs. In fact, we were so impressed with its performance and versatility that we went on to purchase another four.
Professor Charles Adams
University of Durham
Professor Charles Adams works in the Department of Physics at the University of Durham, is a Member of the Centre for Atomic and Molecular Physics and is Director of the Joint Quantum Centre.
The award-winning SolsTiS is a step-change in continuous-wave Ti:Sapphire laser technology - compact, ultra-narrow linewidth, fully automated and widely tunable.
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A compact frequency conversion module that extends the range of SolsTiS output wavelengths via frequency doubling in a resonant cavity with optimised conversion efficiency.
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This SolsTiS extension adds a frequency quadrupling feature to SolsTiS, producing a narrow linewidth, tunable output in the ultraviolet wavelengths.
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The SolsTiS External Mixing Module provides fully automated tuning in the visible (500-680 nm) and IR (1.1-4.5 µm) with further extension options into the UV (250-350 nm).
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