Wasatch Photonics (@wasatchphotonic) 's Twitter Profile
Wasatch Photonics

@wasatchphotonic

We are the leader in diffraction gratings and spectrometers; manufacturing the highest efficiency VPH gratings and Raman & OCT spectrometers in the industry.

ID: 904493096

linkhttp://www.wasatchphotonics.com calendar_today25-10-2012 19:11:57

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Our X series for #Raman is as configurable as it gets. This highly comprehensive, compact product line includes modular spectrometers, integrated lasers, complete systems, and OEM modules ideal for research, product development, or both! Learn more: bit.ly/4iXDwfy

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We can't decide what's more interesting about this article - the fact that vitamin D & omega 3's can slow down aging, or the epigenetic clock they developed to measure it. analytica-world.com/en/news/118549…

We can't decide what's more interesting about this article - the fact that vitamin D & omega 3's can slow down aging, or the epigenetic clock they developed to measure it. analytica-world.com/en/news/118549…
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Exciting news! Our ENLIGHTEN #Raman software now offers native library matching. Learn how Raman library matching works and see how easy it can be in this video by Dr. Dieter Bingemann: youtube.com/watch?v=DdPhXr…

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Hold on - you mean the kilogram is defined relative to Planck's constant now? We agree that defining it based on gravitational principles feels more appropriate... #ScienceSaturday popularmechanics.com/science/math/a…

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Did you know near infrared #OCT at ~800 nm can go up to 12 mm deep? In this tech note, we explore and compare three different drop-in spectrometer models designed to serve a wide range of resolution, depth, and size requirements. Learn more: wasatchphotonics.com/applications/n…

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The daily choices we make help to conserve our resources and protect the Earth - like recycling. But many people don't realize how technology can help this effort, like the use of #Raman to sort plastics by type for so effective recycling. See how: wasatchphotonics.com/applications/p…

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No two #Raman applications are the same, so we have options to cover them ALL. As hardware experts with deep applications experience, we can help. Let's find your ideal solution! wasatchphotonics.com/product-catego…

No two #Raman applications are the same, so we have options to cover them ALL. As hardware experts with deep applications experience, we can help. Let's find your ideal solution! wasatchphotonics.com/product-catego…
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VPH gratings offer a tremendous amount of flexibility to optimize performance for a specific application. In this tech note, we discuss the our design technologies and the #grating parameters we can adjust to meet your specific needs. Read on: wasatchphotonics.com/applications/v…

VPH gratings offer a tremendous amount of flexibility to optimize performance for a specific application. In this tech note, we discuss the our design technologies and the #grating parameters we can adjust to meet your specific needs. Read on: wasatchphotonics.com/applications/v…
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What factors influence the mind at rest? New mapping of the default mode network (DMN) regions provides some clues. #ScienceSaturday analytica-world.com/en/news/118600…

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We’ve designed our #Raman spectrometers to collect more light, keep more light, and detect more light. This results in much higher sensitivity, faster acquisition rates, and lower limit of detection. Take the cover off our optical design and learn more. ⬇️ wasatchphotonics.com/technologies/w…

We’ve designed our #Raman spectrometers to collect more light, keep more light, and detect more light. This results in much higher sensitivity, faster acquisition rates, and lower limit of detection. Take the cover off our optical design and learn more. ⬇️ wasatchphotonics.com/technologies/w…
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Need high dispersion around 532 nm? This #grating is perfect, and available right off the shelf! Available in 1" and 2" diameter. Order now: wasatchphotonics.com/product/1800-l…

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Near infrared #OCT at ~800 nm is usually limited to imaging depths of a few millimeters, but with our expanded line of OCT spectrometers, up to 12 mm is possible. In this tech note, we explore and compare three different drop-in spectrometer models designed to serve a wide range

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We are excited to be a Gold Sponsor🥇 of the 7th ETH Zurich Raman Workshop in early June, which will bring together renowned Raman experts and aspiring young scientists at ETH Hönggerberg for an inspiring event at the forefront of Raman research. Register to attend - for free! -

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For #MothersDay, we're honoring the mother who calculated the trajectory for the first American in space. She had a degree in French and mathematics, co-authored twenty-six scientific papers, and contributed to the work on the first digital computers. And she did it all while

For #MothersDay, we're honoring the mother who calculated the trajectory for  the first American in space. She had a degree in French and mathematics, co-authored twenty-six scientific papers, and contributed to the work on the first digital computers. And she did it all while
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OEM applications need consistent performance to deliver dependable answers. Learn how to achieve better than 99.5% unit-to-unit spectral agreement (!!) with a series of simple corrections in this tech note. 📄wasatchphotonics.com/technologies/r…

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Are you building an NIR OCT spectrometer? Check out our 600 lines/mm VPH #grating centered at 1550 nm, available right off the shelf in 1" and 2" diameters. Buy today: wasatchphotonics.com/product/600-lm…

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Read the interview with our 'EPIC CEO' David Creasey in Optical Connections magazine as Antonio Castelo, PhD explores his journey with Wasatch Photonics over the last 9 years, the challenges of leadership, and what he sees in the future: 🎙️online.flippingbook.com/view/104341987…

Read the interview with our 'EPIC CEO' David Creasey in Optical Connections magazine as Antonio Castelo, PhD explores his journey with Wasatch Photonics over the last 9 years, the challenges of leadership, and what he sees in the future: 🎙️online.flippingbook.com/view/104341987…
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It's been a hot minute since we've heard about quarks. See the latest discovery! #ScienceSaturday physicsworld.com/a/quark-pairs-…