Used THERMO SCIENTIFIC ARL 34000 #9303863 for sale

THERMO SCIENTIFIC ARL 34000 spectrometer is an analytical instrument used for identifying chemical elements in materials, measuring concentrations of materials, and determining the structure of materials. It utilizes X-ray fluorescence (XRF) technology and has a wide range of applications in environmental, geological, geochemical, academic, and industrial fields. ARL 34000 features an intense X-ray beam produced by its unique rotating anode X-ray tube. It uses wavelengths of 2 to 8 keV for analysis and can be used for both high- and low-resolution measurements. The rotary anode produces a stable beam, allowing for accurate and reliable results. THERMO SCIENTIFIC ARL 34000 also has a wide range of applications, as it is suitable for analyses of solid, liquid, and powdered samples. It can be used to quickly measure very low-level elements such as arsenic, lead, copper, and titanium in samples. ARL 34000 is equipped with a X-ray energy spectrum analysis system that helps identify multiple elements simultaneously. Its large detection chamber ensures better detection of elements, while its highly sensitive detector allows it to measure the lowest levels with precision. THERMO SCIENTIFIC ARL 34000 also comes with a CCD-camera inner window, which allows for visualization of the inner surface of the detection chamber in order to optimize integrated samples. Additionally, its Y--Z scanning mode enables the user to locate elements in the sample. The large and clear touch-screen display makes ARL 34000 easy to operate. Its software aids analysis by allowing the user to easily select elements, levels of sensitivity, and set up standard parameters. The software also offers automated data acquisition, data storage, and security. Its intuitive user interface helps ensure accurate results, optimizing the efficiency and accuracy of measurements. Overall, THERMO SCIENTIFIC ARL 34000 spectrometer is an advanced, versatile device for identifying, measuring, and determining the structure of materials. Its compact design, multiple features, and fast results make it suitable for a wide variety of applications.