Used PERKIN ELMER Lambda 950 #9359259 for sale

PERKIN ELMER Lambda 950 spectrophotometer is a powerful research-grade analytical instrument designed for measurements of absorbance, intensity or wavelength. It is unique in providing a wide range of features rarely found in a single instrument. Lambda 950 has an extensive range of options designed to provide maximum flexibility and accuracy in a variety of applications. Features include a spectral bandwidth of 1.2nm, a variable slit size from 7.5nm to 0.1nm, and wavelength coverage from 190nm to 1100nm with 1nm increments for precise wavelength selection. PERKIN ELMER Lambda 950 is equipped with a built-in computerized data management system with both RS232 and USB connections, providing users easy access to information and allowing them to quickly and easily store data and manage experiments. Additionally, Lambda 950 also includes a variety of advanced applications and techniques designed to expand instrument capabilities. These features include: - Autosampler: The Autosampler option allows users to scan entire analytical samples without manual intervention, thus significantly increasing throughput and efficiency. - Multi-Mode System: The Multi-Mode System offers users the ability to employ a variety of techniques, including absorbance, fluorescence, and nephelometry with a single instrument. - Monochromator: The Monochromator option provides users with excellent spectral resolution, allowing them to observe spectral features with minimal interference from other components. - Temperature Control: With an optional temperature control software, users can take measurements at variable temperatures, allowing them to accurately study temperature-dependent phenomena. These features, in combination with its modular design, rugged construction, and easy-to-use software, make PERKIN ELMER Lambda 950 an ideal instrument for a wide variety of applications, from pharmaceutical and environmental analysis to biochemical and biophysical analyses. This highly versatile instrument can be used for single measurements or for synchronic multi-measurement experiments, giving users the flexibility to tailor the instrument to their specific application.