The handheld/portable/benchtop X-Ray fluorescence (XRF) analyzer is capable of qualitative and quantitative analysis of solid, powder, liquid and other samples from NA-U and analysis concentrations from 100% to ppm.
With the characteristics of high sensitivity, fast analysis speed and ppb level detection limit, it is widely used in ecological environment, food safety, biological medicine, material science, geochemistry, scientific research and other fields.
At present, X-Ray diffraction is the most powerful method to study the phase and crystal structure of materials by analyzing the diffraction pattern of powder, single crystal or polycrystal samples and obtaining information about the composition of materials as well as the structure or morphology of atoms or molecules inside materials.
Suitable for multi-layer coating thickness measurement and material analysis, can be used for quantitative and qualitative analysis of the element composition of samples, it also can be used for coating system thickness measurement.
Accurate precious metal analysis is crucial to ensuring product quality and improving economic profits in precious metal industry including jewelry manufacturing, gold production, jewelry recycling and precious metal testing institutions. LANScientific provides comprehensive precious metal non-destructive rapid analysis solutions by different types of precision analytical instruments including portable, handheld and benchtop devices to meet the test needs of different scenarios.
It can analyze the molecular composition, structure and relative content of various solid, liquid and gaseous substances to realize the identification and qualitative of substances. It can also be used in combination with other technologies to determine the type and structure of samples more efficiently.
Based on the internet of things data transmission + big data + information software, to create intelligent online monitoring solutions for customers, without personnel on duty, easy to realize real-time continuous detection/monitoring and remote monitoring.
It has the characteristics of rapid and in-situ analysis and is suitable for a variety of substances, including solids, liquids and gases. It does not require complex sample pretreatment and is widely used in metal materials, ores, environmental monitoring, materials science, archeology, industrial process control and other fields.
Whether it is material defect analysis, biological sample morphology observation, or nanoscale precision measurement, as a powerful tool for exploring the microscopic world, SEM can provide clear high-resolution images! Compared with the traditional one, the new SEM combines EDS optical technology, which is not only a powerful assistant for scientific research exploration, but also an optimal solution for industrial applications!
