The company's core products include five series and more than 20 types of intelligent sorting equipment, such as X-ray intelligent sorting machines, AI artificial intelligence sorting machines, foreign body removal robots, ore color sorters, etc., which are widely used in the sorting, pre-enrichment and waste disposal of metal and non-metal mines.

Adaptable mineral species: precise sorting in multiple scenarios

1. Metallic minerals: including iron ore, copper ore, bauxite, gold ore, lead-zinc ore, vanadium ore, etc. For example, bauxite in Shanxi and Guangxi can be efficiently sorted and recycled through MINGDER'S AI sorting technology.

2. Non-metallic minerals: such as quartz, fluorite, feldspar, gypsum, magnesite, brucite, phosphate, dolomite, calcite, calcium carbonate, limestone, pegmatite quartz, etc., through visible light sorting technology, impurities can be accurately removed to improve the grade of ore.

3. Other special minerals: including coal gangue, scrap metal and other resources,MINGDER equipment can meet the sorting needs of complex minerals through identification technology.

Technical advantages and industry empowerment

1 High-precision pre-waste disposal technology

The photoelectric sorting equipment is used to pre-sort the raw ore before crushing, effectively remove low-grade waste rock, and reduce the ore processing volume in the subsequent grinding stage. This technology can reduce the amount of ore entering the mill by 30%-50%, significantly reduce the phenomenon of over-crushing, and save more than 20% of energy consumption.

2. Sorting capability covering all particle sizes

MINGDER equipment supports sorting in a wide particle size range from 1mm to 25cm, especially heavy-duty sorting machines can handle large-particle ore (such as iron ore and coal gangue), and achieves "early disposal" through graded dissociation technology, releasing the production capacity of the ore dressing plant.

3. Independent research and development and intelligent integration:

AI algorithm driven: Spectral analysis technology based on deep learning can realize millisecond-level identification of ore components, and the sorting accuracy is as high as 99% or more.

Multi-spectral sorting technology: Combining visible light, X-ray and infrared spectra, adapting to the physical characteristics of different types of ores, solving the problem of small particles and complex components that are difficult to handle with traditional sorting equipment.

4. Structural innovation and efficient production capacity:

The split design and modular structure support rapid installation and flexible configuration to meet the diverse needs of mining sites.

The equipment service covers the entire industrial chain from small and medium-sized mines to large resource bases.

5. Green and sustainable development:

Through pre-enrichment and waste disposal technology, the amount of invalid ore processing is reduced, energy consumption and carbon emissions are reduced, and mining companies are helped to achieve a win-win situation of environmental protection and economic benefits.