The core competitive advantage of this handheld XRF spectrometer lies in its compact and durable IP65-rated design, which can adapt to harsh field working conditions such as outdoor dust, rain and low temperatures. It adopts a high-performance silicon PIN detector to ensure high spectral resolution and reliable detection data. The ultra-fast testing speed (3-10 seconds per test) effectively solves the pain point of long waiting time of traditional laboratory testing. The built-in 10000mAh rechargeable battery supports 8 hours of continuous working, meeting the needs of full-day field operations. It also supports wireless data transmission and cloud synchronization, allowing users to view and manage detection data anytime and anywhere, avoiding data loss and improving team work efficiency. Compared with traditional laboratory XRF equipment, it greatly reduces the professional threshold of detection personnel, no special laboratory environment is required, and it can be operated after simple 30-minute training.
The overall dimensions of the device are 280mm × 120mm × 80mm, with a total weight of 1.2kg including the built-in rechargeable battery. It is equipped with a miniaturized X-ray tube with an adjustable excitation voltage of 0-50kV and excitation current of 0-100μA. The spectral resolution is ≤140eV at Mn Kα, covering detection elements from 19 potassium to 92 uranium. The built-in high-capacity data storage can save up to 100000 sets of detection data, and supports multiple data export formats including CSV, PDF and XML. It is equipped with a 3.5-inch IPS touch screen, which can display detection results in real time and supports multi-language operation interfaces to meet the usage needs of users from different regions.
This handheld XRF spectrometer is mainly applicable to the metal recycling and scrap sorting industry, which can quickly identify the grade of scrap steel, aluminum alloy, copper and other metals, improving the sorting efficiency and economic benefits of recycling plants. It is also suitable for on-site incoming material quality control of manufacturing enterprises, quickly detecting the component content of raw materials such as metal sheets and profiles, avoiding the hidden quality problems caused by unqualified raw materials. In addition, it can be used for mineral exploration field analysis, rapid detection of ore element content, and precious metal identification in jewelry processing plants, helping users quickly complete material component analysis without waiting for laboratory testing results.
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