Used BRUKER UltrafleXtreme #293645387 for sale

BRUKER UltrafleXtreme is an advanced spectrometer designed to deliver high-resolution, high-sensitivity data across the frequency range of 0.7-15 kHz. It is the most advanced scientific spectrometer available on the market, providing multiple analyses and measurements from a single sample. It features a unique advanced acoustic design that enables experimenters to measure small details with high precision and accuracy. The advanced architecture of the spectrometer also reduces data acquisition time. UltrafleXtreme has an array of advanced features such as an efficient spectrometer head, a large 270° angular range of view, a high frequency resolution of 10 Hz, an extended frequency range including high-frequency and low-frequency components, a built-in phase-lock system, an internal phase-correction algorithm, a laser-calibrated input port and a fully automated routine. The spectrometer head contains two separate areas that can be easily accessed and adjusted: the top half is dedicated to the laser atomizer and the bottom half is used to control the electrical connections of the spectrometer. The laser atomizer is a dynamic part of the spectrometer, adjusting the amount of light into the analyzer arm. The broadest spectra in BRUKER UltrafleXtreme is created when the laser atomizer is adjusted to its highest level. This method of scanning allows for maximum sample analysis and accurate results. The internal phase-correction algorithm helps reduce the signal loss caused by specific laser directions, ultimately resulting in better signal-to-noise ratio. UltrafleXtreme features a wide range of signal inputs and outputs, allowing optimized and tailored control, even when conducting experiments at a remote location. Each signal input or output can be separately tuned and adjusted to ensure maximum accuracy and reliability. Spectral data can be output in both digital and analog formats depending on the user's requirements. BRUKER UltrafleXtreme is the perfect instrument for those seeking to conduct sensitive and precise spectral measurements. Its extensive range of data outputs and signal inputs gives the user the opportunity to optimize and tailor the performance of the instrument to the desired needs. Its high frequency resolution and laser-calibrated input port allows for detailed measurements, while its internal phase-correction algorithm helps to reduce signal loss and increase accuracy.