Used PERKIN ELMER 785A #136269 for sale

PERKIN ELMER 785A spectrophotometer is an essential tool for extracting detailed molecular information from different types of sample materials. The unit is designed to be used with a variety of accessory items such as sample holders, pellet presses, temperature jackets, and cuvettes. This multifunctionality allows the user to measure a variety of parameters ranging from concentration to fluorescence to absorbance. The unit has high spectral resolution and dynamic range capabilities to deliver accurate and repeatable results. The user interface is a computer-controlled system with a large LCD touch-screen. 785A allows the user to control the optical system and take measurements easily. The unlimited wavelength range covers Ultraviolet, Visible and Near-Infrared ranges. Spectral data can be analyzed with a comprehensive database of compounds to identify and quantify them. The unit's optics are designed with a to customize optical light paths for each experiment. The optical components offer reflection, transmission and emission measurements for different samples such as powders and liquids. The sample holder has the ability to rotate and can be used for axial measurements for total reflectance and scattering studies. The lamp system is designed for fast and accurate measurements, even when measuring multiple scans. The lamps support Auto-Tracking mode which automatically adjusts the optics for each wavelength of the scan. This ensures accurate results and prevents the user from having to re-adjust the optics each time a scan is performed. The sample temperature can be precisely regulated with optional temperature jacket. The jacket is necessary for temperature-sensitive experiments and sample materials, and is equipped with three sensors that allow for accurate temperature control. PERKIN ELMER 785A spectrophotometer is an excellent tool for laboratory experiments. With its wide range of features and customization options, it is perfect for a variety of applications. The unit is reliable and accurate, making it perfect for any researcher looking to extract the most accurate results from their samples.