Zhongde Intelligent Technology Launches New AI-powered Ore Color Sorter, Leading Precision Sorting and Mining Industry Upgrade

Xingtai Zhongde Intelligent Technology Co., Ltd.
March 10, 2026

In the mining production sector, sorting efficiency and accuracy directly impact resource utilization and economic benefits. Recently, Xingtai Zhongde Intelligent Technology Co., Ltd. officially launched its new generation of ore color sorters into the market. By deeply integrating deep learning algorithms with multi-spectral imaging technology, the machine achieves millimeter-level precise identification and sorting of various ores, providing reliable technological support for the intelligent upgrade of mining operations.

This newly launched ore color sorter utilizes the company's independently developed "Smart Eye" ultra-clear imaging system. This system breaks through the limitations of traditional visible light recognition by integrating high-sensitivity near-infrared and laser sensing modules. It can accurately capture subtle differences in ore surface texture, density, and mineral composition. Whether for metallic ores, non-metallic ores, or rare earth ores, the equipment can analyze the spectral characteristics of ores in real-time during high-speed operation, accurately identifying target minerals and waste rock impurities.

In the sorting execution stage, the equipment is equipped with an ultra-high-speed array nozzle valve system, with a response time reaching the microsecond level. When the system identifies a target ore, the nozzle valve can perform precise ejection instantaneously, directing the ore to the designated area. The entire sorting process is contactless, which not only avoids ore breakage but also significantly reduces equipment wear. Furthermore, the equipment innovatively incorporates an adaptive learning mechanism. By continuously analyzing sorting data, it can constantly optimize its recognition model, allowing sorting accuracy to improve gradually over runtime. This feature is particularly suitable for operating environments with complex mineral compositions.

Beyond the core sorting technology, this model fully considers the demanding requirements of mining production in its engineering design. The entire machine adopts a modular dust-proof structure, with key optical components protected by a constant-temperature clean air curtain. This ensures long-term stable operation in the high-dust, high-humidity environments typical of mines. The intelligent early warning system monitors equipment status in real-time, automatically prompts maintenance cycles, and minimizes unplanned downtime to the greatest extent. Data shows that this equipment has achieved a sorting purity of over 99.2% in multiple pilot mining sites, with processing capacity increased by more than 300% compared to traditional mechanical screening methods.

"Mining sorting is transitioning from 'extensive screening' to 'precision extraction'," stated the Technical Director of Xingtai Zhongde Intelligent Technology Co., Ltd. "Our goal is not only to replace manual sorting but also, through intelligent sorting technology, to help mining enterprises fully realize the value of every ton of ore, reduce resource waste, and achieve green, efficient production."

Currently, this ore color sorter has been successfully applied to various mineral sorting scenarios, including iron ore, quartz stone, and calcium carbonate. Customer feedback indicates significant improvements in concentrate grade and recovery rates. The company will also provide customized solutions, adjusting spectral recognition parameters and sorting logic according to specific customer ore characteristics for personalized adaptation.

With the growing global demand for intelligent and automated equipment in the mining industry, Zhongde Intelligent Technology will continue to increase its R&D investment, deepen the application of AI recognition technology in the field of solid mineral sorting, and support the global mining industry's advancement towards a new stage of high-quality and sustainable development with smarter and more reliable technological equipment.