Used WATERS 2695 #9091428 for sale

WATERS 2695 is a high-performance spectrometer that provides reliable and effective data analysis. This equipment is designed to be a versatile laboratory instrument that can be used to perform quantitative and qualitative analyses in order to measure physical and chemical properties of substances. 2695 uses liquid-chromatography-mass spectroscopy (LC-MS), and is highly sensitive in the range of ions from 50 to 5000 m/z. With its advanced design, this system can provide quick and precise results on complex samples even at low concentrations. WATERS 2695 utilizes a thermostatically-controlled ion source, and a quadrupole or ion trap to separate and measure the ions. This process works by first spray-vaporizing and ionizing the sample, followed by the separation of ion emission patterns from a variety of substances. After separation, signals are sent to a data acquisition unit where the data can be analyzed to determine physical and chemical properties of the sample. 2695 also includes advanced software that further simplifies operation and data analysis. This software can be used to calculate ion count data, and to provide a variety of spectral displays. The advanced calculations allow the user to compute and analyze data over longer time spans. Additionally, this machine includes integrated data processing capabilities so that the user can create custom chromatograms or spectrograms easily and quickly. This tool is capable of working with a variety of substances, including drugs, pollutants, and biochemical compounds. Moreover, its wide range of detection limits makes it suitable for a wide variety of applications, including quantification, characterization, and identification of substances. Furthermore, WATERS 2695 can also be used for tracking, monitoring, and confirming levels of compounds in related samples. Overall, 2695 spectrometer provides powerful data analysis capabilities to enable researchers to perform a wide variety of tasks. Its reliable and sensitive LC-MS instruments make it an ideal choice for laboratory analysis.