Exploring the Critical Factors in Choosing a High-Throughput, Compact Spectrometer
July 31, 2015
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By: Elaine Taylor | Friday, January 17, 2014 An upcoming mission to Mars will have the help of one Utah company that will be providing some of the technology to find chemical evidence of life beneath the iron oxide that gives the “Red Planet” its nickname. Wasatch Photonics makes high-tech refraction gratings and spectrometers that […]


By Kevin Opsahl | Posted: Thursday, January 16, 2014 8:58 pm The Herald Journal A Logan-based company is developing technology that will be used to help find traces of organic material and water on a mission to Mars tentatively scheduled for 2018. The optical imaging company Wasatch Photonics, located at […]
West Lafayette, Ind., Logan, Utah, Durham, N.C. and Madrid Technology from Wasatch Photonics, Inc., an optical imaging company, will be used to help meet the technological and scientific objectives of a mission to Mars. Madrid-based Instituto Nacional de Tecnica Aeroespacial, a public research organization specializing in aerospace research and technology […]


Raman spectroscopy requires a concentrated light source such as a laser to generate Raman signal from a sample, which is often referred to as a ‘Raman laser’ or ‘Raman excitation laser’. Its characteristics impact the quality of the Raman spectrum which can be acquired. This is why the lasers we […]
Wasatch Photonics is pleased to announce our selection as a finalist in the Prism Awards 2013. The Stroker f/1.3 spectrometer has been recognized for its excellence in the Category of Detectors, Sensing, Imaging, and Cameras. Read more at Photonics Prism Awards. Learn about the Ultimate in Spectrometers, including the Stroker f/1.3. November […]
Wasatch Photonics Receives SBIR Phase I for High-speed Low-cost Spectral Domain Optical Coherence Tomography System for Intravascular Imaging Applications. Read more at OCTNews.org June 6, 2011
Wasatch Photonics was awarded a contract from Nanjing Institute in China to produce a total of 60 large format gratings for their project at LaMost Observatory. Four different sets (15 of ea.) are being produced to monitor various bands of the spectrum. The size varies according to spatial frequency of […]
“Multimillijoule chirped parametric amplification of few-cycle pulses” by Andrius Baltuska et al Read more: Optics Letters / Volume 30, No 5 / March 1, 2005
Excerpt: The Dickson WP-1200 from Wasatch Photonics is an enhanced-volume phase holographic grating that operates from 1525-1565 nm, with polarization dependent loss of <0.3dB, insertion loss of <0.8dB, and dispersion of 7.13 degrees. Photonics Spectra Magazine: Innovative Products “Enhanced Grating” Page 155 July 4, 2004