Used HITACHI L-5000 #9387897 for sale

Manufacturer
HITACHI
Model
L-5000
ID: 9387897
HPLC System PC L-5110 Pump L-5310 Column oven L-5430 Diode array detector Auto injector: L-5220 L-5210.
HITACHI L-5000 is a high-performance spectrometer device designed for laboratory and research institutes. It utilizes a wavelength dispersive x-ray (WDX) electromagnetic spectrometer to measure atomic composition of samples. The spectrometer contains a scintillator which comprises of an array of beryllium mirror tubes. These mirror tubes can rotate up to 180° to receive and disperse x-rays in order to determine the atomic composition of the sample. L-5000 is also equipped with an energy analyzer which features a pair of bent crystal slits through which the x-rays are filtered before they reach the detector. This allows the device to operate in both low and high energies. This device has a maximum energy range of 20 keV and a minimum energy range of 1 keV. Additionally, it has an effective energy range of up to 1000 eV. HITACHI L-5000 operates with a wide range of detectors such as solid state silicon or germanium detectors, proportional counters, and end window detectors. The device comes with a 9-inch graphical user interface (GUI) which allows easy configuration and analysis of the results. Additionally, L-5000 also features a Windows-based software that provides a powerful analysis platform to identify trace elements or crystals. Furthermore, HITACHI L-5000 also features a semi-automation system, which allows efficient and accurate operation of the device. L-5000 allows for guidance from the operator in terms of the desired output. This includes providing the exact measurement conditions and the desired data type. The device also features a high-precision digital signal processor (DSP) which allows for fast and reliable calculations of the data. Overall, HITACHI L-5000 is an ideal choice of spectrometer for various applications such as surface and elemental analysis, material research, geological exploration, nuclear medicine, semiconductor analysis, and forensic science.
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