Zhongde Intelligent Technology Launches New Generation Ore Sorting Machine, Innovative Technology Leads Industry Transformation
Date: June 29, 2026
Recently, Xingtai Zhongde Intelligent Technology Co., Ltd. announced the successful research, development, and official launch of a new generation high-precision ore sorting machine. Equipped with cutting-edge intelligent recognition technology and stable, high-efficiency sorting performance, this equipment aims to provide more accurate and energy-saving raw material purification solutions for the mining, building materials, and recycled resources industries. This marks another significant step forward for the company in technological R&D and market application within the field of solid material sorting.
Ore sorting has always been a critical stage in the resource processing industry. Traditional sorting methods often suffer from drawbacks such as low efficiency, poor accuracy, high reliance on manual labor, and significant energy consumption. To address these industry pain points, the Zhongde Intelligent Technology R&D team conducted in-depth research and concentrated efforts on breakthroughs. They deeply integrated multi-spectral sensing technology, artificial intelligence deep learning algorithms, and a high-speed air jet ejection system to create this new type of ore sorting equipment. This sorting machine can not only efficiently process common minerals such as iron ore, quartzite, and limestone but also accurately sort ores of different grades, remove mixed waste rock and harmful impurities, and can even be used for the preliminary purification of certain rare minerals. This greatly enhances the purity and economic value of raw materials.
It is reported that the core advantages of this newly launched sorting machine are significant. First, it adopts the company's independently developed "Lingtong" multi-dimensional visual recognition system. This system can simultaneously capture the characteristic information of materials across multiple spectral bands, making comprehensive judgments on optical properties related to color, texture, quality, and even composition. Its recognition accuracy far exceeds that of traditional single or dual-color sorting equipment. Even for minerals with similar appearance but different compositions, effective differentiation can be achieved. Second, the built-in AI algorithm model possesses powerful self-learning capabilities. It can optimize sorting logic through continuous data accumulation, adapting to characteristic fluctuations in materials from different mines and batches, ensuring long-term stability in sorting effectiveness.
At the sorting execution level, the equipment is equipped with an ultra-high-speed array of jet valves with millisecond-level response times. Coupled with precise material trajectory tracking calculations, it enables the efficient removal of very small target impurities. While ensuring high purity, it significantly reduces the loss of useful material carried out. Furthermore, the overall machine design adheres to the concept of green energy conservation. The optimized airflow circuit reduces power consumption by approximately 15% compared to similar products. The modular structure facilitates easier maintenance, and the long lifespan of core components effectively helps customers reduce comprehensive operating costs.
A company representative stated: "We are always committed to applying the most cutting-edge intelligent technology to actual industrial scenarios. The launch of this new ore sorting machine is not just an upgrade of a product; it is another practice of Zhongde's philosophy of 'making sorting more precise and more intelligent.' It can help customers improve raw material quality from the source, reduce energy consumption and waste in subsequent processing, and create significant economic and environmental benefits."
Currently, this ore sorting machine has passed stringent internal testing and has begun accepting orders. Xingtai Zhongde Intelligent Technology Co., Ltd. will continue to focus on the in-depth R&D and expanded application of intelligent sorting technology. Beyond the ore sector, its technological platform has already been widely applied to sorting scenarios in various industries such as grains (e.g., rice, beans), cash crops (e.g., peanuts, coffee beans), recycled plastics (e.g., PET fragments, HDPE pellets), and traditional Chinese medicinal materials. The company provides diversified intelligent sorting solutions for global customers, assisting various industries in achieving quality and efficiency improvements as well as intelligent transformation and upgrading.
