Used BECKMAN COULTER 507e #9113246 for sale

BECKMAN COULTER 507e Spectrometer (BC507) is a high resolution, double monochromator spectrophotometer renowned for its high measurement accuracy and precise control of incident beam in the ultraviolet/Vis/near IR regions. It is considered an extremely powerful scientific instrument due to its dual excitation lights, enabling it to record a full spectrum of light, Wavenumber resolution, superior to any other monochromator spectrometer. 507e is composed of a light source module, optics, detector, and wavelength control equipment. The light source, available in xenon, argon-ion, deuterium, and tungsten halide options, is collimated to reduce noise, and then fed into the optical system. The optical unit is comprised of a dual monochromator assembly, focal length selectors, and interference filters for optimal wavelength isolation. The detector is of array design and has enhanced linearity and sensitivity. The wavelength control machine is automated with anielectroluminescence motor drivers and with ever pointing fixed wavelength control. The BC507 has a range of spectral range of 180-870nm with Wavenumber resolutions from 1-50cm-1, making it ideal for a variety of experiments including Molecular Age Modeling, Visible-NIR reflectance studies, and electronic physics. In addition to this, its advanced software allows users to configure a wide range of parameters for greater control over their experiment parameters. BECKMAN COULTER 507e is simple to use and is highly accurate due to its precise optical components and wavelength control tool. Furthermore, the wavelength accuracy and peak ratio accuracy is far superior to any other double monochromator spectrometers as it operates in double beam mode. All in all, 507e Spectrometer is a powerful scientific instrument with impeccable precision and accuracy. BECKMAN COULTER 507e offers users a full range of spectral wavelength, and its caliber of data output is unrivaled. It is the perfect tool to produce results that can be easily scaled up or down, depending on the experiment parameters.