Used WATERS 486 #9274586 for sale

WATERS 486 Tunable Absorbance Spectrometer is a high-performance, versatile scientific instrument capable of producing extremely accurate results. It is used in many areas of research to identify and measure the intensity of molecules, such as proteins and enzymes, by monitoring the spectral changes of ultraviolet and visible light passing through them. 486 Spectrometer is equipped with two photocells that read the absorbance of each wavelength and two additional cells for reference wavelengths. This allows for wide coverage and accurate results. The spectrometer is capable of scanning from 190nm to 800 nm, making it suitable for a wide range of applications. Furthermore, the instrument offers high temperature and pressure capabilities, so that it can be used in applications where elevated temperatures and/or pressures exist. This high-end spectrometer also comes with numerous convenience features, making it a great choice for researchers. Its size is relatively small, so that it can easily fit on lab benches or tables. Additionally, an automated alignment mode is included, making setup easy and quick. Finally, an intuitive software interface is included, allowing users to easily control and manage data sets. Due to its advanced performance and features, WATERS 486 Spectrometer is used in numerous industries, ranging from food and beverages to pharmaceuticals. In these industries, accurate and reliable measurements are critical, and 486 Spectrometer delivers these capabilities. Researchers often use the spectrometer to measure environmental risk factors, such as contaminated water, soil, and air, so that appropriate remediation methods can be developed. Furthermore, it can be used in the manufacturing process to identify and measure the presence of contaminants in finished products. Overall, WATERS 486 Tunable Absorbance Spectrometer is a highly reliable, versatile scientific instrument renowned for its accuracy and performance. Researchers in a variety of industries often rely on the instrument's data sets and results to make informed decisions.