Precise and efficient detection capability: Through optimized excitation with monochromatic X-rays, it reduces scattering and background noise, enhances signal-to-noise ratio and energy resolution, enables precise differentiation of element characteristic peaks, achieves high-precision analysis of trace elements and low-concentration elements (such as environmental pollutants, food heavy metals), and provides clear signals with low background noise, simplifying the process for rapid detection.

Widely adaptable samples: It can specifically reduce matrix interference, enhance analytical reliability, and accurately analyze complex components such as alloys, minerals, and biological samples. By adjusting X-ray energy, it can achieve multi-element analysis from sodium to uranium. At the same time, low-dose X-rays reduce the radiation damage risk of sensitive samples such as cultural relics and biological tissues.

Stable and continuous monitoring performance: The light source is stable and has excellent long-term repeatability, meeting the requirements for continuous monitoring and providing reliable support for various long-term analysis scenarios; an internal DCC (double curved prism crystal) crystal is used to achieve monochromatic excitation of X-rays, enabling precise quantitative detection of heavy metal elements such as Ni, Pb, As, and Cr.

Diverse application coverage areas: Widely applicable in environmental monitoring (water / soil / air), food safety, material composition, chemical analysis and cultural relic protection, etc., suitable for various detection requirements; Equipped with >2 sets of fully focused hyperbolic curved crystal, monochromatic incident light path, which can be respectively used to excite low-energy and medium-energy element K-lines.