Used ULVAC / PHYSICAL ELECTRONICS / PHI / PERKIN ELMER 680 #9234340 for sale

ULVAC / PHYSICAL ELECTRONICS / PHI / PERKIN ELMER 680 spectrometer is a high-performance, versatile spectrometer designed to provide superior performance for the analysis of difficult samples. It is capable of operating over a wide range of wavelengths, from UV to Visible to Near Infrared (NIR). The spectrometer offers a large variety of analytical techniques, including optical spectroscopy, atomic force microscopy (AFM), and microfluidic systems. PHI 680 includes a dual beam monochromator, a sample cell, and a CCD detector array. The spectrometer operates with a wide range of electromagnetic radiation, allowing for the study of a wide variety of samples. The spectrometer has spectrometer modes of operation, including single beam and double beam probe, dispersive, near-infrared, and UV-visible spectroscopy. Single beam and double beam probes are used for the study of gas samples, where light is used to measure the intensity of a particular light wavelength coming from the sample. The dispersive mode is used for measuring the absorption of light in the sample, while the near infrared mode is used for studying samples from the infrared range. In addition, the UV-visible mode is used for studying optical processes in samples, such as fluorescence and phosphorescence. ULVAC 680 includes two sample chambers, one of which is equipped with a cell holder. The sample cell is capable of accommodating sample volumes up to a few milliliters, and is closed off to keep the sample at a constant temperature, allowing for accurate results. The CCD detector array is composed of multiple high resolution sensors, which can detect light with very high accuracy. The spectrometer also includes data acquisition software, allowing users to collect comprehensive data on the samples being studied. 680 is an extremely versatile and powerful spectrometer, providing excellent performance for analysis of difficult samples. Its large variety of optical and data analysis techniques gives it a wide range of applications in numerous fields of science, from analytical chemistry to materials science. Its CCD detector array provides high resolution imaging of samples, and its user friendly software allows users to quickly collect data and analyze results.