Used PERKIN ELMER Lambda 750 #293815465 for sale

PERKIN ELMER Lambda 750
ID: 293815465
UV / VIS / NIR Spectrometer PC.
PERKIN ELMER Lambda 750 is a spectrophotometer designed for high-resolution UV/Vis absorbance spectroscopy. This spectrophotometer utilizes a Peltier temperature control system for precise temperature control and stability, making it an ideal choice for applications requiring temperature-controlled measurements. The device features a PMT swept-wavelength system that generates scans between 200 and 1000nm with 0.1nm resolution and up to 500 data points. Wavelength selection is conveniently carried out using manual, graphical or text entry on the touch-screen display. Lambda 750 includes two optical compartments which allow two radiation paths to be established between the light source and the detector. It offers a range of solvent-venting options to ensure optimal experimental conditions, while a flexible range of cuvettes can be used to allow accurate analysis of various sample types. An additional range of accessories such as a sliding plate, shakers and thermostats can be used for further enhanced sample preparation or analysis. The spectrophotometer features an integrated PC-controlled software package for efficient data acquisition and data processing, including real-time calibration and absorbance scan display capabilities. The software allows both quantitative and qualitative research applications, with data transfer and output functions. A range of optional plug-ins can be used to customize the device and enhance the software's capabilities, while a fully automated cuvette cleaner is also available for increased productivity. PERKIN ELMER Lambda 750 is constructed with robust components, ensuring precise performance and longevity. An automated self-diagnosing system and an intuitive touch screen display allows for ease of use, and an optional fiber optic port opens the possibility to perform fiber-optic based measurements. This spectrophotometer offers enhanced capabilities for efficient and accurate spectroscopic analysis, making it an excellent choice for a wide range of analytical applications.
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