Used PERKIN ELMER Paragon 1000 PC #9018319 for sale

PERKIN ELMER Paragon 1000 PC
ID: 9018319
FTIR spectrometer.
PERKIN ELMER Paragon 1000 PC is a high-performance spectrometer designed for researchers to quickly acquire accurate and reliable spectral data. This spectrometer is an ideal solution for researchers working in areas such as chemical analysis, materials characterization, and environmental monitoring. Paragon 1000 PC is a double-beam spectrophotometer built with a high-quality optical system, CCD detectors, and an advanced controller. This spectrometer has a range of applications that cover a wide variety of spectroscopy techniques, such as UV-Vis, fluorescence, and Raman spectroscopy. PERKIN ELMER Paragon 1000 PC's spectral characteristics are smartly tuned to allow use of various methods of analysis, including quantitative or qualitative analysis. It also comes equipped with several features designed to optimize the alignment of optics and minimize noise levels while using different light sources. With quick initialization time, single-point to multiple-point scan configurations, and analysis capabilities, Paragon 1000 PC can generate high-resolution spectra from 2000 to 550 nm in just minutes. This allows users to explore a variety of sample types with noise-free signals and precise information. PERKIN ELMER Paragon 1000 PC features a large display with real-time graphical data analysis and a robust, intuitive user interface. It also offers data output options that include JPEGs and ASCII files. The controller has an advanced software that enables users to prepare experiments, acquire data, control data, and program e-reports. Additionally, the instrument is designed with two modular ports to allow for easy selection and implementation of specific modules such as detectors, filters, and light sources. Overall, Paragon 1000 PC spectrometer is an excellent tool for researchers who require precise and reliable spectral data. With its wide range of features, it provides users with an efficient and user-friendly way of performing various spectroscopic applications.
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