Used THERMO SCIENTIFIC Nicolet 6700 #293651918 for sale

THERMO SCIENTIFIC Nicolet 6700 is a state-of-the-art research-grade spectrometer that is designed to bring high performance to your spectroscopic measurements. Boasting a wide variety of spectroscopy capabilities, Nicolet 6700 is particularly reliable for measurements of atomic and molecular spectroscopy, infrared and Raman, as well as microwave, vibrational, and solid-state spectroscopy. In terms of its hardware, THERMO SCIENTIFIC Nicolet 6700 is a sophisticated instrument that offers an impressive variety of features. Containing a large number of instruments, including a dual interferometer with an adjustable range from 200 cm-1 to 20,000 cm-1, and a choice of different sample cells for Raman or infrared measurements, Nicolet 6700 allows researchers and scientists to delve deep into spectroscopy. Additionally, the detector selection features a range of detectors including a mercury-cadmium-telluride (MCT) detector, a Si:Li detector, and a HT/BPM detector. THERMO SCIENTIFIC Nicolet 6700 also offers optical resolution as high as 0.1 cm-1 and is capable of a wide range of data acquisition modes. For advanced users, the instrument includes options like parallel monitoring, synchrotron scanning, and imaging. It is also curated with advanced user interface suitable for all types of applications. In addition to its hardware, Nicolet 6700 is supported by software to enable users to customize their instruments and process data to their own specifications. THERMO SCIENTIFIC OMNIC series for analyzing spectroscopic results is bolstered by a suite of other software packages that produce advanced data modeling, analysis, and visualization. Coupling high performance hardware with powerful software capabilities, THERMO SCIENTIFIC Nicolet 6700 can be a reliable and highly rewarding tool for the most experienced of researchers in the field of spectroscopy. With its large number of features, Nicolet 6700 is a spectrometer that is sure to provide the ultimate analytic capabilities for researchers looking for superior spectroscopic measurements.