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  (XRT) can detect the chemical composition of materials. This means that by sorting with XRT, 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. XRT Intelligent sorter breaks new ground with unique XRT ore sorting solution for fine particles

X-ray intelligent mineral sorting machine uses X-ray to transmit scanning of the selected ore, obtains the atomic number data of the minerals, processes the data by means of convolutional neural network and other means, establishes an identification model, identifies the ore and miscellaneous stones, and then drives the actuator to sort the ore. It is also possible to add visible or infrared cameras for composite identification according to the different characteristics of the ore to further improve the sorting accuracy.   Mingder XRT x ray intelligent sorter breaks new ground with unique XRT ore sorting solution for fine particles  

X-ray intelligent mineral sorting machine uses X-ray to transmit scanning of the selected ore, obtains the atomic number data of the minerals, processes the data by means of convolutional neural network and other means, establishes an identification model, identifies the ore and miscellaneous stones, and then drives the actuator to sort the ore. It is also possible to add visible or infrared cameras for composite identification according to the different characteristics of the ore to further improve the sorting accuracy.  

X-ray brucite Ore Sorter obtains the atomic number data of minerals inside the ore by using X-ray to carry out transmission scanning on the selected ore, sorting machine processes data by means of convolutional neural network, etc., establishes a recognition model, identifies ores and deris, and then drives the execution mechanism to sort ores.    

 The X-ray intelligent mineral sorting machine uses X-ray rays to scan the selected ore to obtain the atomic number data of the minerals contained in the ore. The data is processed by means such as convolutional neural network, and the recognition model is established to identify Ore and miscellaneous stones, and then drive the actuator to carry out ore sorting.In addition,the visible light or infrared camera can be added for composite identification to further improve the sorting accuracy according to the different characteristics of the ore.

X-ray manganese sorting machine can obtain the atomic number data of minerals inside the ore by using X-ray to carry out transmission scanning on the selected ore, sorting machine processes data by means of convolutional neural network, etc., establishes a recognition model, identifies ores and debris, and then drives the execution mechanism to sort ores.

 X-ray metal ore separator use X-ray to sort different materials according to different densities.

  X-ray Separating Machine is an environment-friendly mineral separator. The X-ray intelligent ore color sorter obtains the  atomic number data of the minerals inside the ore by using X-ray ray to carry out transmission scanning on the selected ore,sorting machine processes data by means of convolutional neural network,etc., establishes a recognition model ,identifies ores and debris ,and then drives the execution mechanism to sort ores.