Used DIONEX / THERMO UVD-340U #9274603 for sale

DIONEX / THERMO UVD-340U
ID: 9274603
Diode Array Detector (DAD).
DIONEX / THERMO UVD-340U is a highly advanced spectrometer designed for the UV-VIS-NIR region of the electromagnetic spectrum. This state-of-the-art instrument is capable of spectral acquisition, display, and analysis in the 350-900 nm wavelength range. Its superior optical design ensures a wide dynamic range, fast response time, and accurate spectral analysis. The instrument employs an ultra-low-noise photomultiplier design that can detect down to 200 fWs, ensuring high sensitivity in classifying even the subtlest of signals. Its photometric accuracy is 5% of the reading or 0.005 Abs in the UV-Vis-NIR region. The detector is thermoelectrically cooled to further improve stability. To ensure accuracy, the instrument's fibers and optics are aligned in a temperature controlled environment. Advanced algorithms help minimize the effects of stray light and permit accurate absorption calculations over a wide variability of signals. Data acquisition and control software enable the user to update parameters in real-time. DIONEX UVD-340U has an optional fiberoptic port which allows users to remotely monitor experiments. The fiberoptic cable allows the spectrometer to be coupled with a PC for direct data aquisition and control to enable automated data acquisition, analysis, and signal processing. In addition, the user can perform remote measurements and experiments such as diffuse reflectance or photometric testing. THERMO UVD-340U also offers an intuitive graphical user interface for controlling different optical filters and polarising elements. This makes it easy for the user to customise the instrument to their needs. Overall, UVD-340U is an exceptional spectrometer capable of wide dynamic range spectral acquisition, display, and analysis with unparalleled sensitivity and accuracy. Its optional features, such as the fiberoptic port and graphical user interface, make it a valuable instrument for many modes of spectrometric measurements.
There are no reviews yet