In the process of mining and transportation, ores are often mixed with wood, steel nails, rags, plastic parts, waste filling pipes and other sundries. These sundries has seriously affected the safety and effectiveness of equipment in the transportation, crushing, grinding and beneficiation . In the past, manual sorting was usually used to remove it, but there are serious safety and occupational health risks in manual sorting, as well as problems such as incomplete manual sorting. The robot for mining can effectively solve the above problems.

  Waste sorting treatment helps to save resources, take the road of sustainable development and develop circular economy. After sorting, it greatly reduces the amount of waste in landfills, increases the capacity of landfills and reduces the amount of land occupied by waste, which has a significant role in both economic aspects and environmental protection.

X-ray fluorescence (XRF) can detect the chemical composition of materials. This means that by sorting with XRF, you can separate mixtures of a wide variety of non-ferrous metals into their constituent parts such as aluminum, zinc, copper, stainless steel and more. Simply change the sorting program on the supplied operator panel and the desired metals are sorted with one machine.

Using the advanced AI photoelectric sorting new technology, accurately identify the subtle differences on the surface of the ore, intelligently throw the waste tailings and get the concentrate.

 The difference that can be distinguished by Naked eye  can be separated by  AI intelligent ore sorting machine 

Using the advanced AI photoelectric sorting new technology, accurately identify the subtle differences on the surface of the ore, intelligently throw the waste tailings and get the concentrate.

Ore color sorter mainly uses ore color difference to classify high quality ores for producing various ore products. Ore, such as marble, quartzite, talc, etc., can be applied to the ore color sorter for color sorting.

MingDe mineral separator sorting Iron ore which has been jigging separated , to show How to raise the Iron ore grade further.

Crawler mineral color sorter AI ore sorting machine ore separator The utility model is divided into hopper mechanism, conveyor belt mechanism and sorting chute. The ore enters the conveyor belt mechanism through the hopper mechanism and is transferred to the sorting chute for sorting, which adopts mechanical automatic sorting and reduces the staff labor . With small drop, more materials can be sorted.  

Traditional manual or color sorting machines cannot balance efficiency and output. The artificial intelligence sorting machine can be perfectly compatible with the advantages of both, and can be applied to sorting difficult and complex characteristics of the ore. Artificial intelligence sorting machine professional solve  industrial ore sorting problems, widely used in spodumene,fluorite, talc, potassium feldspar, wollastonite, gold ore, lithium ore and other metal and non-metal ore.  

Mingde Optoelectronics Artificial Intelligence Sorting equipemnt take the lead in introducing artificial intelligence methods such as deep convolutional neural networks(CNN) in the field of visible light photoelectic sorting to  analyze and process material images,and through CNN partial connection,weight sharing,multiple convolution kernels and other methods,during the training process, the multi-dimensional features of  materials are automatically extracted to establish a database,whose sorting effect is far better than traditional photoelectric methods.    

The phosphate ore sorting problem is mainly to solve the phosphate ore throwing waste rock and enriching phosphate ore. Traditional manual or color sorting machine cannot balance efficiency and output. The artificial intelligence sorting machine can be perfectly compatible with the advantages of both, and can be applied to sorting difficult and complex characteristics of the ore. Artificial intelligence sorting machine professional solute the industrial ore sorting problems, widely used in fluorite, talc, potassium feldspar, wollastonite, gold ore, lithium ore and other metal and non-metal ores.