Used PERKIN ELMER Optima 3300 DV #9360849 for sale

PERKIN ELMER Optima 3300 DV is a state of the art spectrometer with a range of features designed to make the process of analyzing samples simple and efficient. This versatile instrument offers the highest levels of performance and data acquisition speed. Optima 3300 DV features a dual view configuration with a high-resolution CCD array detector and a 64 channel diode array detector. This provides the highest sensitivity and resolution for the analysis of samples and compounds. The spectrometer also includes a spectrum processing and visual recognition software package, enabling the user to gain maximum benefit from data acquisition. PERKIN ELMER Optima 3300 DV can be used for a range of applications including chromatography, mass spectrometry, atomic absorption spectroscopy, and optical spectroscopy. The dual view design ensures users never miss a peak, thanks to the fact that both detectors are used simultaneously to acquire data. Optima 3300 DV can be used with a range of sampling systems. The autosampler has been designed with low-flow operation and is able to hold up to eight chromatography columns, making it ideal for both high-resolution and high-sensitivity analysis. The Autosampler is also capable of dealing with samples of up to 50 mm in height, and can be used in combination with volatile compounds. PERKIN ELMER Optima 3300 DV features an easy to use touchscreen interface. This allows users to quickly customize their experiments, interact with the instrument and access the highest levels of data analysis. The system also allows remote control. The software package contains a range of different methods and protocols that can be customized by the user, enabling them to customize experiments to their specific requirements. Optima 3300 DV offers best-in-class performance and data acquisition speed, allowing users to analyze samples quickly, accurately and efficiently. This instrument is ideal for laboratory research, helping scientists and researchers to obtain the most out of their samples.