The process of transforming a Raman spectrum into a dependable "answer" or solution to a problem takes many steps. It starts with careful research and method development in the lab, and comes to life with custom instrumentation, optimization, and pilot…
Our partner Wasatch Photonics, Inc. introduces a robust, affordable and flexible Raman spectroscopy system comprised of three new components. The innovative WP-785-ER-L combines a high throughput, high-resolution, f/1.3 Raman spectrometer with an onboard excitation laser in a single, compact instrument, forming…
In contemporary science, spectroscopy is often just one of many tools used in the lab or field to solve a larger problem. That's why we've designed our Raman and UV-VIS-NIR spectroscopy systems to be as flexible, configurable, and easy to use…
Why NIR Raman? Benefits Autofluorescence from biological specimens introduces severe interference to UV/VIS Raman spectral data and obscures the analysis results. Working with longer-wavelength excitation lasers (e.g., 785 nm and 830 nm) can reduce or eliminate the fluorescence background. Longer-wavelength…
Raman spectroscopy began as an experiment into the scattering of light, but C.V. Raman and K.S. Krishnan saw something more. They saw molecules with a voice — molecules waiting to be heard. With sun as source and photographic plate as…
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 to create a more responsible plastic economy. Identification of plastic types for separation is key…
Princeton Instruments has released a set of 532nm Raman accessories for its easy-to-use, aberration-free Fergie spectrometer. The new accessories include f-matched Focusing Cubes as well as Raman Cubes with fully aligned Raman notches and clean-up filters. Raman measurements at 532nm…