McPherson makes monochromators and spectrometers as well as optical systems for spectroscopy.
We design, assemble and test instrumentation for many wavelengths; from soft x-ray and extreme ultraviolet, through vacuum ultraviolet and UV-Visible, and up to the long wave infrared. Our systems work in many applications and many science disciplines. We offer imaging spectrometers for high temperature plasma physics, Raman systems for physical-chemistry, HPLC fluorescence detectors for pharma, spectral calibration stations for astrophysics, and several types of spectrophotometers for material characterization. Ours is a product line complete with accessories for those who do it themselves. We offer light sources, detectors, filter wheels, specialty filters, fiber optics, telescopes, and collimators. Most of these are also available for vacuum and ultra high vacuum applications. The most respected research laboratories utilize our systems and publish data obtained with the help of our instruments; instruments that range from miniature spectrometers flown into space or fit into pockets, to versions that weigh 20 tons and span 30 meters. We also develop with and for you! We invite your inquiries for scientific instruments and systems that solve specific analytical challenges.
Product news from McPherson
New McPherson CCD-UV Absorbance Spectrophotometer extends capabilities to deep ultraviolet and at faster time scales
Standoff Raman spectroscopy is an optical sensing technique. Among other things, it can be used to detect and identify chemical, biological and explosive activity.
McPherson’s Deep UV Luminescence Spectrophotometer extends capabilities for material science and novel, efficient lighting research.
McPherson delivers a Vacuum Ultraviolet Spectrophotometer to Ural Federal University Institute of Physics and Technology for direct optical measurements from 115 to 1800nm
Ural Federal University (UrFU) Institute of Physics and Technology in Yekaterinburg, Russia contracted McPherson (Chelmsford, MA USA), a manufacturer of ultraviolet spectrometers, to provide a VUVAS instrument in support of the UrFU scientific development program.