China-Germany Intelligent Technology Launches New Generation Color Sorter: Precision Sorting of Ores and Nuts Leads Industrial Intelligent Innovation
Xingtai China-Germany Intelligent Technology Co., Ltd.
March 5th, 2026.
Recently, Xingtai China-Germany Intelligent Technology Co., Ltd. officially launched its latest independently developed series of intelligent color sorters. This series has achieved significant technological breakthroughs in the fields of ore and nut sorting, utilizing artificial intelligence and hyperspectral imaging technology as its core to provide efficient and precise sorting solutions for industrial applications. This release marks a key step forward for China-Germany in the application of intelligent sorting technology, further solidifying its leading position in the global color sorter market.
With the global mining and food processing industries continuously raising demands for sorting accuracy and efficiency, traditional sorting methods can no longer meet the needs of high-quality production. Leveraging years of technical accumulation, China-Germany Intelligent Technology has successfully integrated hyperspectral imaging technology with deep learning algorithms to create a new generation of intelligent color sorters suitable for complex material sorting. This equipment can capture subtle differences in the surface and internal structure of materials in real-time, achieving millimeter-level precision in sorting identification. It performs exceptionally well in scenarios such as impurity removal from ores and quality grading of nuts.
In ore sorting, the China-Germany color sorter uses multi-spectral sensors to identify mineral composition, color, and texture characteristics, effectively separating ores of different grades from gangue impurities. The device features a modular design, allowing for customized sorting solutions based on the properties of various minerals like copper ore, quartz, and rare earth elements, significantly improving resource utilization and economic benefits. Simultaneously, its adaptive learning system continuously optimizes sorting parameters, ensuring stable performance even when ore composition fluctuates.
For the nut processing industry, the China-Germany color sorter is equipped with ultra-high-resolution cameras and near-infrared detection modules, enabling precise identification of color defects, mold, insect damage, and shell cracks in nuts. In the sorting of walnuts, almonds, macadamia nuts, and others on production lines, the device can process several tons of material per hour while maintaining a misjudgment rate below 0.1%, substantially enhancing food safety standards.
Furthermore, this series of color sorters emphasizes energy efficiency and ease of maintenance in its design. By employing a low-power optical system and intelligent airflow separation technology, energy consumption is reduced by 30% compared to traditional equipment. The modular structure allows key components to be replaced quickly on-site, greatly minimizing downtime. The device also supports IoT remote monitoring, enabling users to adjust sorting strategies in real-time via a cloud platform and perform visual analysis of production data.
The head of R&D at China-Germany Intelligent Technology stated, "The core advantage of the new generation color sorter lies in its integrated intelligent system of 'perception-decision-execution.' We enable the machine to possess 'experience accumulation' capabilities through algorithmic models, allowing it to exhibit judgment levels close to human experts in complex tasks such as hardness identification for ores and subtle color difference judgment for nuts."
Currently, this equipment has been put into trial operation at several domestic mining groups and food enterprises. A nut processing company in Hebei Province reported that after using the China-Germany color sorter, the rate of premium-quality products increased by 15%, and manual sorting costs decreased by 70%. At a mining company in Shanxi Province, the device successfully reduced ore waste residue rate from 12% to 4%, generating additional annual economic benefits exceeding tens of millions of yuan.
With the deep integration of the "Made in China 2025" initiative and the Industry 4.0 concept, intelligent sorting equipment has become a key driver for the upgrading of traditional industries. China-Germany Intelligent Technology will continue to invest in R&D resources, expanding the application boundaries of color sorting technology in fields such as Chinese herbs, plastics, and coarse cereals, using technological innovation to propel the global sorting industry towards intelligent and green development.
In the future, the company plans to establish technical service centers in Europe and Southeast Asia, providing customized sorting solutions for global clients and assisting more industries in achieving digital transformation that enhances quality and efficiency.
