Used VARIAN SpectrAA 880 #9409400 for sale

VARIAN SpectrAA 880 is a UV-Vis-NIR spectrophotometer that is used for measuring the quantitative and qualitative information of samples. This device can measure the color, brightness, absorption and fluorescence associated with a sample. It extends the range of visible wavelength from 190 to 1700nm for crystal clear results with a very high-resolution of 0.4nm. SpectrAA 880 works with a double beam method, and consists of two optical channels that measure the sample and the reference simultaneously. It is a compact, desktop device which is extremely easy to operate and maintain. Dimensions for this device include 43.6cm in width, 34.4cm in depth and 15cm in height, weighing approximately 11 kg. VARIAN SpectrAA 880 is further equipped with a 168W Xenon lamp with a long operational lifetime, allowing it to constantly and accurately measure samples. It boasts a sample compartment that is simple and easy to use, with adjustable holders to accommodate multiple sizes of glass, rectangular, circular and quartz cuvettes. Even thicker sample cells can be easily accommodated. This device is also capable of formulating methods electronically, providing users with total control over the operation. It is easily connected to a variety of peripheral devices, allowing users to capture data and export it to external systems. Additionally, software is also included for enhanced data processing. Above all, the Cost Trak application can be installed on SpectrAA 880, enabling users to increase the speed at which they analyze samples. Not only that, but Cost Trak can also save sample results in different files and display peak regions, allowing users to further analyze sample components. Overall, VARIAN SpectrAA 880 spectrophotometer is an excellent device that offers high end performance in a compact package. It provides superior accuracy, reproducibility and resolution in a range of analyses and applications. Its ease of use, combined with the Cost Trak application makes this device an ideal choice for spectrophotometric analysis.