Automated XRF Soil Pollution Analyzer

　　Automated XRF Soil Pollution Analyzer In the fields of agricultural production safety, industrial site pollution assessment, and ecological restoration in mining areas, soil heavy metal detection is a key link in controlling environmental quality and ensuring health and safety. Especially for common heavy metal elements such as cadmium (Cd), mercury (Hg), lead (Pb), arsenic (As), chromium (Cr), nickel (Ni), copper (Cu), zinc (Zn), etc. in soil, quickly and accurately mastering their types and contents can provide scientific basis for soil pollution control, farmland quality protection, land planning and utilization, and avoid the harm of heavy metals to human health and ecological environment through crop absorption, groundwater infiltration and other pathways.

　　Automated XRF Soil Pollution Analyzer With diverse advantages, it adapts to on-site testing needs:

Fully automatic: Adopting a one click fully automatic testing design, there is no need for personnel to set complex parameters and debug steps. From startup to detection, there is no need for manual intervention, and even non professional technicians can quickly get started, greatly reducing the operational threshold for on-site detection.

Intelligence: It has the function of intelligent recognition of sample height and can automatically determine the concentration range of heavy metal elements in soil samples. Automatically optimize parameters for high concentration samples to avoid data saturation, and enhance signal capture for low concentration samples to ensure stable detection results at different concentrations.

Array type: equipped with automatic array data acquisition technology, it can synchronously complete the data acquisition of multiple heavy metal elements, without the need to test cadmium, mercury, lead and other elements one by one, directly obtaining multi-dimensional detection data, significantly improving the analysis efficiency of batch samples.

Timeliness: With the real-time data transmission function, the detection results can be synchronized to the terminal device in real time. Staff do not need to wait for data export, and can know the soil pollution situation on site, buying time for rapid development of response plans.

Efficient: Liberate manual labor and replace the cumbersome process of traditional "manual sampling laboratory digestion instrument analysis". Traditional testing takes several days to produce results, but this product achieves real-time on-site testing, significantly shortening the cycle and effectively improving the efficiency of soil heavy metal screening.

Accurate: The detection data has been validated through multiple rounds of national standard soil samples, with an error rate far lower than industry standards. It can accurately reflect the actual content of various heavy metal elements, providing reliable data support for pollution assessment and control plan formulation, and avoiding decision-making bias.

Non destructive: Adopting a non-destructive testing method, the entire process does not damage the structure and composition of the soil sample. The tested sample can be retained for secondary validation or other indicator testing, reducing sample waste.

Convenience: No need to prepare samples, eliminating complex steps such as grinding, digestion, and filtration in traditional testing. After collecting soil samples on site, they can be directly placed into equipment for testing, making them suitable for scenarios such as fields and construction sites that lack laboratory conditions.

Safety: There is no need to come into contact with any chemical substances throughout the process, which not only avoids the health risks of strong acids, strong bases and other reagents to operators, but also prevents chemical substance leakage from contaminating samples and the surrounding environment, achieving safe testing.