Used PERKIN ELMER Lambda 650 #9292771 for sale

PERKIN ELMER Lambda 650 is a spectrophotometer designed for single-beam, dual-beam and multi-beam instruments. It is designed to measure the intensity or amount of light transmitted or reflected by a sample, as well as its spectral characteristics (wavelength, energy or color). This makes it possible to determine the properties of samples such as colour, purity, composition or physical structure. Lambda 650 was developed as part of the PerkinElmer Microscopy Solutions line of spectroscopy instruments, and is the next generation of their standard-setting single-beam spectrophotometer, the PerkinElmer Lambda 450. This multi-beam device includes variable spectral bandwidths, five selectable incident beams, a dual-beam combination, and a choice of three detectors (photodiode array, cooled back-thinned CCD, and linear CCD). PERKIN ELMER Lambda 650 also features a powerful control system and communication interface allowing for remote operation, automated sample testing, and improved data analysis. It also includes integrated microprocessor-based electronics, data storage and data analysis. Lambda 650 spectrophotometeris light weight, compact and highly optimized, offering extreme precision in both wavelength accuracy and intensity measurements. It offers a range of wavelengths, from UV to visible to near infrared, and its wide spectral range makes it suitable for many applications. It has multiple modes of operation, including absorbance, percent transmittance, fluorescence, and reflectance. This spectrophotometer also features a dual monochromator design, permitting the selection of two wavelengths simultaneously for use in simultaneous measurements. Another aspect of PERKIN ELMER Lambda 650 that makes it desirable is its high repeatability and reproducibility over a wide range of sample matrices. This ensures accuracy and consistency in both sample testing and data analysis. In conclusion, Lambda 650 spectrophotometer is a versatile, accurate and reliable instrument of choice for a wide range of scientific applications. Its powerful controls, broad spectral range and high repeatability make it the ideal choice for laboratories needing the highest level of accuracy and precision.