At the iron ore exploration site, geological engineers once faced an awkward 'time difference': newly extracted core samples needed to be packed, transported, and queued, and it would take a week to receive the Fe content data issued by the laboratory. And during these precious 7 days, the drilling rig may have drilled dozens of meters of abandoned holes outside the mineralization boundary, and the engineering cost worth millions of yuan has been wasted. The intelligent element analysis robot launched by Yingzhou Technology is using a combination of XRF (X-ray fluorescence) technology and AI algorithm to compress iron ore grade detection from the 'sky level' to the 'second level', truly achieving 'what you see is what you measure, what you measure is what you decide' in mineralization boundary delineation and engineering optimization.

1、 Technical core: Real time detection of rocks

This robot is equipped with EVIDENT's high-performance XRF module, which is based on Axon's silicon drift detector (SDD) technology. When the X-ray emitted by the X-ray tube bombards the iron ore sample, the iron element will produce characteristic fluorescence signals. The equipment can capture the content of key elements such as Fe, Si, Al, P within 3-5 seconds, with an accuracy of 0.1%.

Compared to detection mode, its revolutionary feature lies in:

No sample testing required: Whether it is powdered rock fragments, block shaped rock cores, or rough outcrop surfaces, no grinding or pressing is needed, they can be measured directly by pressing them tightly

Intelligent interpretation: AI algorithm automatically eliminates spectral line interference, generates Fe grade data, calculates impurity content such as SiO ₂ and Al ₂ O3, and marks the error range

2、 Core advantage: Compared to traditional detection modes

Compared to traditional laboratory analysis, Yingzhou Technology's robots have built a competitive advantage similar to dimensionality reduction:

Speed crushing: Quick on-site results in seconds, zero waiting for decision-making.

Cost restructuring: No need to build field laboratories, saving operating costs; Automatic cloud backup of data to avoid human transcription errors

3、 Yingzhou Technology Services: Equipment Guarantee System

Yingzhou Technology is well aware that the value of exploration equipment lies in its' attendance rate '. Provide quick and easy training, allowing geological engineers to operate independently without a background in spectroscopy. The device automatically diagnoses the hardware status upon startup, eliminating errors caused by operational errors. At the same time, we provide a fast response 7 × 24-hour technical support hotline.

4、 Compatibility of accessories

Both instruments are compatible with various XRF accessories, including Vanta workstations, soil supports, machine sets, and field pedestals. These accessories can further improve the efficiency of the instrument in the field or laboratory. For example, Vanta workstations provide a stable platform that supports closed detection and long-term detection; The soil scaffold provides stable three-point support for hands-free analysis; The machine cover and outdoor pedestal are easy to carry and operate.

In today's rapidly fluctuating iron ore prices and increasingly depleted high-quality resources, the 'precision' and 'speed' of the exploration phase directly determine the success or failure of the project. Yingzhou Technology's intelligent element analysis robot is not only a detection device, but also the 'AI mining assistant' of geological engineers. It integrates the precision of XRF technology, the intelligence of robot technology, and the full cycle service guarantee of Yingzhou Technology, enabling real-time data feedback for every meter of drilling and ensuring that every engineering adjustment is based on reliable evidence. Choosing Yingzhou Technology means shortening the exploration cycle and increasing the success rate of mineral exploration.

Yingzhou Technology (Shanghai) Co., Ltd. is a technology enterprise that focuses on the combination of X-ray fluorescence analysis technology, diffraction analysis technology, and automation technology. It specializes in the research, development, production, and sales of automated testing equipment such as solid waste analysis systems, platinum loading detection systems, online steel separation systems, and core analysis systems.