Used PERKIN ELMER 3300 XL #9285124 for sale

PERKIN ELMER 3300 XL Spectrometer is a high-performance analytical instrument that offers a wide range of analytical capabilities. It is an instrumental equipment composed of a monochromator, a detector, and a computer-controlled data acquisition system, making it an ideal choice for applications requiring precise analytical results. In addition, the robust design of 3300 XL allows reliable operation under harsh laboratory conditions. The monochromator is the main component of PERKIN ELMER 3300 XL and is designed to produce a narrow beam of light, which is dispersed in different directions. The instrument's wide spectral energy range can be divided into smaller pieces, allowing more detailed observations. A detector then receives these dispersed beams and helps the instrument to process the data. 3300 XL's detector features an optimized design to accurately measure radiation in the UV-VIS range. A variety of lenses are available to accurately signal separation and reduce scatterloss. The unit is equipped with a high-sensitivity photomultiplier tube, which can detect radiation at very low levels. The data acquisition unit of PERKIN ELMER 3300 XL enables the user to develop sophisticated data processing functions. It is equipped with a variety of tools to control and process the data, including peak and valley tracking, standardization, and statistical analysis. The statistical analysis capabilities enable the user to extract valuable information from the data. Finally, 3300 XL Spectrometer features advanced security measures, providing secure user authentication and data encryption. The unit is also designed with stability control and an automatic temperature compensation machine, ensuring accurate data acquisition and reliable results. In summary, PERKIN ELMER 3300 XL Spectrometer is an advanced, high-performance analytical instrument with excellent data processing capabilities. It features a monochromator, a detector and a secure data acquisition tool to provide reliable results. It is highly recommended for applications requiring precise analytical results, such as environmental and clinical research.