Used PERKIN ELMER Optima 8000 DV #9281452 for sale

ID: 9281452
ICP Optical Emission Spectrometer (ICP-OES) S10 Autosampler Nebulizer Chiller PC 2015 vintage.
PERKIN ELMER Optima 8000 DV is an advanced spectrometer designed for high resolution and high sensitivity non-destructive spectral analysis. This instrument provides excellent performance for both single sample measurements and large-scale multi-sample measurements. Optima 8000 DV utilizes a powerful light source to perform high quality non-destructive analysis of materials. This source is provided by a powerful wavelength-tunable, diode array detector. This detector is equipped with six wavelengths of lasers, ranging from 205nm to 850nm. The light is further filtered with a number of lenses and slits in order to provide over 87 wavelength resolution and a maximum wavelength range of 30nm. The stage of PERKIN ELMER Optima 8000 DV is also adjustable to allow for targeted sample analysis. The sample is placed in a sample cell that allows for manual or automated changes in samples and light paths. This ensures that the desired sample is positioned correctly for analysis. Optima 8000 DV is also capable of performing both absorption and emission spectroscopy. The spectrometer can be used to measure material optical properties, such as UV-Vis absorption, fluorescence, and luminescence. Sample analysis is further enhanced with the inclusion of an automatic data recording system. This allows the user to access data from previous and current tests with just a few mouse clicks. PERKIN ELMER Optima 8000 DV is an advanced spectrometer that delivers superior accuracy and performance when it comes to spectral analysis. Its adjustable stage ensures that the correct sample is targeted for analysis and its wide range of laser sources ensures that the highest quality results are obtained. The inclusion of an automatic data recording system makes accessing past results quickly and conveniently. All of these features combined make Optima 8000 DV an outstanding choice for any laboratory requiring high resolution, non-destructive spectroscopic analysis.
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