Used WATERS System #293668558 for sale

WATERS System
Manufacturer
WATERS
Model
System
ID: 293668558
Column heater, 30cm Alliance series.
WATERS Equipment is a spectrometer designed to analyze and detect molecules within a sample using advanced molecular spectroscopy. System utilizes a tunable diode laser as the light source for spectral analysis. The laser disperses different wavelength of light that interacts with individual molecular components of the sample and will then reveal a "spectral fingerprint" of the sample's molecular constituents. WATERS Unit is comprised of two main components: the laser and the detector. The laser emits a light beam at specific wavelengths and at different power levels. The laser will pass through the sample to be analyzed, and as it does, it will cause reactions in the molecules within the sample. This generates a unique "spectral fingerprint" of the molecules. The detector then captures this information and then displays what the laser has observed as a graph or chart.Machine provides the user with the tools to accurately measure the behavior of individual molecules. This allows researchers to really understand the molecular composition of the sample and how it interacts with different spectrums of light. Additionally, WATERS Tool provides real-time feedback of the results which can then be used to adjust the laser to find the most accurate and precise result.Asset is specialized for use in biochemical, biomedical, and pharmaceutical research and development. Specifically, WATERS Model is used in studies of gene expression as it can measure the molecular makeup of a given sample to assist in determining gene expression patterns as well as in drug metabolic studies to help in drug design and development.Equipment is a valuable tool in the analysis and detection of molecules from a sample. By utilizing a tunable diode laser to emit a light beam at specific wavelengths and power levels, WATERS System can generate a "spectral fingerprint" of the sample's molecules enabling researchers to gain a better understanding of the sample's composition and interactions with light. Additionally, Unit is well suited to biochemical, biomedical, and pharmaceutical research applications.
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