Wasatch Photonics

Raman OEM applications need consistent spectra to deliver dependable answers. Learn how to achieve >99.5% unit-to-unit agreement using a series of simple corrections.

Portable Raman spectroscopy bridges the gap between handheld & benchtop Raman. Learn the factors to consider when choosing a spectrometer, for research or OEM use.

Dr. David Creasey (CEO, Wasatch Photonics) introduces their X series spectrometers for Raman spectroscopy, highlighting best use and applications.

Portable Raman spectroscopy bridges the gap between handheld & benchtop Raman. Learn the factors to consider when choosing a spectrometer, for research or OEM use.

A new generation of SERS substrates combines the convenience of SERS substrates with the reproducibility of SERS performed in a solution, with a hybrid approach.

Integrating Raman spectroscopy and holography, researchers are developing a system capable of in-situ monitoring of microplastics in our oceans depths.

Raman OEM applications need consistent spectra to deliver dependable answers. Learn how to achieve >99.5% unit-to-unit agreement using a series of simple corrections.

Raman spectroscopy’s high analytical selectivity and insensitivity to water is well suited for process monitoring in biotechnology. Here we explore the fermentation of glucose, a common feedstock, with a commonly used microorganism, yeast. Applying multivariate tools, we can monitor the main reactants and products with high sensitivity: glucose, ethanol, and carbon dioxide.

Why waste development time? Our sensitive Raman & NIR optical benches transition easily from lab R&D to volume OEM to speed time to market, with no loss of performance.

Many grains look alike - except in the NIR. See how easily a compact spectrometer and its OEM equivalent can distinguish a dozen grain types with some simple analysis.

Can SERS outshine fluorescence as the technique of choice for biosensors? Explore a promising new sensor design for pH, and the impact of hydrogel matrix on performance.