Used HITACHI Z-5700 #9373225 for sale

HITACHI Z-5700 is a high resolution double beam spectrometer designed to detect and measure the spectra of elemental compositions in samples. This device combines fast processing speed with superior resolution to provide reliable results over the entire spectrum. It makes use of a dispersive optics system for spectral data acquisition which is combined with a solid state detector, multiple gain electronics and a fast-stepping scan mechanism to enable precise data collection. The spectral range of HITACHI Z 5700 covers the range from 10 nanometers to 30 micrometers. It can measure atomic emission and absorption spectra, and also detect fluorescence spectra. It has a wide dynamic range, capable of capturing up to three orders of magnitude in both intensity and wavelength. It has a built-in gain adjustment with three separate levels for better sensitivity. Z-5700 comes with several user-friendly features, which include an intuitive user interface, graphical software, interchangeable optics, and an auto-sensing scan head and detector for automated solutions. It also offers fast data acquisition speeds, offering a scan time of just under 4 minutes for full spectral acquisition. The detector window and detectors used for Z 5700 are custom designed to provide high-resolution imaging spectroscopy solutions. It is equipped with two detectors, allowing for flexible configuration depending on the required features and wavelength range. Its optics are easily accessible and can be configured into various combinations. HITACHI Z-5700 software offers powerful data analysis and graphical protocols to assist the user in data analysis. It has several comprehensive programs for normalised intensity measurement, optical correction, baseline correction, group analysis, and peak identification. It also supports multiple bandpass filtering, and advanced feature detection algorithms. The hardware components of HITACHI Z 5700 make it highly reliable. The device is outfitted with a precision micrometer standard tool kit, a temperature-stabilised high-power light source, a multiple-detector system, and a low-noise servo system. All these components combine to provide excellent performance, resulting in high-precision, repeatable measurements over long periods of time.