Diagnosing Gout at Point-of-Care with Raman Spectroscopy
Up to 3% of the population in both Europe and North America suffer from gout, a common form of inflammatory arthritis that results in intensely
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Up to 3% of the population in both Europe and North America suffer from gout, a common form of inflammatory arthritis that results in intensely
From origin to alcohol content with Raman spectroscopy Validating authenticity, purity, alcohol content, and safety are common problems in the lucrative alcoholic beverage market, particularly
Plastic waste is a growing issue in this enclosed ecosystem we call Earth. As landfills grow, we must forgo our single-use mentality and embrace recycling
Type of Applications: Raman Applications At Wasatch Photonics, we understand that sharing your journey in Raman spectroscopy means offering a broad range of spectroscopic tools to
A Fermentation Example for PAT by Dr. Dieter Bingemann, Cicely RathmellPublished 2/21/20 The growing use of cellular and biomolecular processes in energy, medical, and environmental
Finding the right matrix for pH SERS-active sensing assays in conjunction with the availability of highly sensitive compact Raman spectrometers offer great promise for implantable
Exciting options for fluorescence suppression The trade off between signal strength and fluorescence background often dominates the choice of excitation wavelength for Raman spectroscopy. But
Colloidal SERS meets dry substrate for convenient, reproducible results Surface enhanced Raman spectroscopy (SERS), first discovered in the 1970’s, has long offered the promise of
Integrating Raman Spectroscopy & Holography for In-situ Detection of Microplastics Microplastics in our ocean waters are a growing problem – but how do you collect
Wasatch Photonics introduces compact raman spectroscopy system with user-configurable sampling optics & raman libraries. MORRISVILLE, N.C. – June 2, 2020 – Wasatch Photonics, Inc. introduces a
Wasatch Photonics integrates KnowItAll raman spectral identification capabilities through partnership with Wiley. MORRISVILLE, N.C. – June 3, 2020 – As part of rapid expansion of the Wasatch
Recent technological developments and falling prices of Raman spectrometers have enabled it to become a viable technique for an increasing number of fields and applications,
The article “Rapid, Portable Pathogen Detection with Multiplexed SERS-based Nanosensors” featured in Spectroscopy Magazine details a novel assay using surface-enhanced Raman spectroscopy (SERS) as a rapid, accurate
We are delighted to share that the January 2023 issue of Laser Focus World magazine will feature an article written by our own Cicely Rathmell, VP
David Creasey meets with Electro Optics’ Jessica Rowbury in the June 2017 issue and summarizes the history of Wasatch Photonics, from its beginnings in the
In the June 2017 issue of Spectroscopy, David Creasey joins Shan Yang and Ozan Akkus in writing a side by side comparison of 1064 nm and
Compact spectroscopy continues to conquer ever more challenging applications. In the May 2018 issue of The Analytical Scientist, Wasatch Photonics’ Cicely Rathmell and Dr. David Creasey
Gas analysis systems used for mud logging in the oil and gas industry provide information that is critical to optimize the drilling process and for
The accumulation of microplastic particles in our oceans, lakes, and drinking water has gained increasing attention in recent years as scientists realize how widespread this
Smaller and more sensitive Raman instruments are facilitating new solutions for food analysis, providing rapid, on-site authentication and quality testing throughout the food chain. In
Surface-enhanced Raman spectroscopy (SERS) has the potential to enable new point-of-need measurements for use in healthcare, forensics, homeland security and food safety due to its
Wasatch Photonics partnered with CEST and Vienna University of Technology in Austria to support a novel in situ study of corrosion processes using Raman spectroscopy. The study
As of June 2022, Wasatch Photonics is proud to be an accepted member of the CWMD Consortium (Countering Weapons of Mass Destruction), an organization focused
Trends toward smaller spectrometers are pushing the boundaries of conventional diffraction gratings for increased performance. In this Photonics Spectra article, Advancements in Diffraction Gratings Aim to
Our annual article in Spectroscopy‘s June Raman supplement for 2024 shows how affordable, reliable Raman instruments can be combined with intuitive AI-driven software to achieve noninvasive
Cutting-edge results start with the right tools, and we’re here to help you excel. Whether you are new to Raman, have a good idea of
Gaining a detailed understanding of the chemical fingerprint, purity, or composition of your sample requires a highly sensitive spectroscopic solution. Raman spectroscopy is a powerful,
Raman spectroscopy uses intense light from a laser to probe the chemical bonds in a substance, generating a spectrum that acts as a fingerprint which
Accelerate your time to market! Making the transition from proof of concept to fully designed instrument is a challenge for many new product developments. We
Raman spectroscopy involves delivery of a high intensity of laser light to a very small focus, while simultaneously requiring sensitive detection of less than one-millionth
Choosing your Raman excitation wavelength The beauty of Raman spectroscopy is that any laser wavelength can be used to generate a Raman spectrum, provided sufficient
‘What makes a world-class spectrometer – one that allows you to push the boundaries of analytical research but not manufacturing capabilities?’ That’s a question I
A step change in performance for portable Raman Raman has come into its own over the last decade, making the leap from lab to industry
Collect More Light. Keep More Light. Detect More Light. This may sound simple, but it’s the driving force behind all we do – because it
How to get >99.5% unit-to-unit spectrum agreement By: Dr. Dieter Bingemann, Senior Application Scientist Variety may be the spice of life, but variability is not
532, 633, 785, 830, & 1064 Raman spectrometers for research & OEM use
532, 633, 785, 830, & 1064 Raman spectrometers with ultra-cooled scientific camera
Compact drop-in OEM spectrometer modules, 785 & 830 nm
Excite at 248 nm, eliminate fluorescence background
Explore the optical design of our spectrometers and their performance benefits.
Data demonstrating our superior sensitivity, LOD, speed, and thermal stability in Raman
Learn how portable Raman systems are becoming competitive with benchtop systems
Learn how to choose your ideal excitation wavelength based & minimize fluorescence background
Learn how to develop a custom Raman library for your application
Learn how UV Raman offers exciting options for fluorescence suppression
Spectrometer or system? Probe or integrated laser? Data & tips to help you decide
Learn how we can accelerate your transition from proof of concept to fully designed instrument
Technical, engineering, and manufacturing capabilities to support & speed your custom product development
All the info you need to begin taking spectra quickly
Definitive specification of the USB interface for WP series spectrometers
Feature Identification Device (FID) EEPROM Specification for WP series spectrometers
Raman Laser Safety Interlock Behavior
Empirical Power Draw and Power Supply Guidance for OEMs
Overview of our UV-VIS-NIR spectrometers, design advantages, and applications
Faster measurements, low LOD, high SNR, and excellent mechanical stability
Learn how UV-VIS absorbance measurements can help assess saffron quality & authenticity
High performance visible spectroscopy, 400-800 nm
High performance extended range spectroscopy, 400-1080 nm
Compact drop-in OEM versions of our benchtop spectrometers
Learn how to measure LOD, including picomolar detection of fluorescein
High performance NIR spectroscopy, 900-1700 nm
Data demonstrating our superior sensitivity, LOD, speed, and thermal stability in the NIR
See how NIR spectroscopy can effectively distinguish between grain types
Overview of our spectrometers & accessories, design advantages, and applications
Excite at 405 nm, detect the fingerprint range
Excite at 532 nm, detect the fingerprintrange
Excite at 532 nm, detect an extended range
Excite at 633 nm, detect the fingerprint range
Excite at 785 nm, detect the fingerprint range
Excite at 785 nm, detect an extended range
Excite at 830 nm, detect the fingerprint range
Excite at 1064 nm, detect the fingerprint range
Our full line of Raman spectrometers
Misty Johnson is responsible for taking care of our grating customers at the Logan, Utah, facility. She has been a member of the Wasatch Photonics team since 2009. By understanding her customers’ needs and goals, as well as the current grating market, Misty is able to provide a superior level of customer support. As Account Manager, she acts as a liaison between customers and Wasatch Photonics’ manufacturing department making sure that the lines of communication are always open.
Customer support is an integral part of Wasatch Photonics commitment to customers. Whether you are in the market to purchase a single grating, inquiring as a distributor, or purchasing large volume, Misty will guide you seamlessly through the custom design process. Misty strives to build trust and strong long term relationships with Wasatch Photonics customers. She brings 20 years’ experience as customer support manager from a number of manufacturing and service companies.