
Spectrometers are analytical instruments that measure continuous variables in a spectrum to identify and characterize a variety of biological samples. Capable of sensitive measurements at the atomic and molecular scales, these instruments are used widely in pharmaceutical and industrial areas, such as in drug development, manufacturing, material science, and chemical analysis of industrial, environmental, and forensic samples. Some common types of spectrometers include atomic spectrometers, molecular spectrometers, and mass spectrometers. Atomic spectrometers vaporize and atomize samples, producing characteristic electromagnetic spectra that are read by the instrument. The number of atoms, and thus the elements present in the sample, can then be determined. Mass spectrometers, on the other hand, vaporize ions and analyze mass-to-charge ratios. Molecular spectrometers, such as FTIR, Raman, and UV/Vis/NIR spectrometers read molecular spectra resulting from molecular rotations, molecular vibration, and electronic states. Browse our catalog of diverse spectrometers and compare products side-by-side from trusted manufacturers.
Considerations for refrigeration equipment used in biological storage
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Seeing beyond the data
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The MACSQuant® Tyto® Cell Sorter brings a gentler, safer, and sterile flow sorting technology to your lab. With the microchip technology at its heart, cells will no longer be exposed to electrical charge, decompression, and fluidic systems....
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The NU-540 features a DC ECM motor to economize energy while distributing laminar airflow through a flexible plenum and offering enough power to overcome HEPA filter loading and minimize filter changes. This design provides the user with a work zone ...
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I usually take 3 micro volume plate, Epoch is controlled with the Gen5 software interface, with simple programming and powerful data analysis.
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This precise spectrometer is based on infrared light and can be very simple to use for both protein and peptide analytics.
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