With the development of social economy, will certainly be accompanied by a large increase in demand for resources, which is more prominent in the performance of ore resources. The increase in demand for various types of ore resources, both to meet human demand for resources, but also to face resource depletion, global climate change, environmental damage, increased costs and many other factors, to meet the needs of human social and economic development, the application of new technologies, new equipment highlights the particular importance.   Ore resources mining, smelting, purification can not rely solely on existing technology, optimization of industrial and mining industry production process is already imminent. For the demand of iron, copper, phosphorus and other kinds of resources and the protection of the environment, the existing equipment has not met the development of new trends. The artificial intelligence ore sorting machine launched by MINDER Optoelectronics is of great significance to optimize the limitations of industrial and mining enterprises' equipment, improve the utilization rate of resources, reduce environmental damage and enhance new ways of ore sorting in all aspects.     New sorting technology, efficiently optimise ore sorting ,expand sorting scope   Artificial intelligence ore sorter uses AI photoelectric sorting technology to automatically extract multi-dimensional features of objects, such as texture, shape, texture, color, luster and other differences that can be identified by the naked eye, solving the problem of limited sorting materials of the original color sorter, enhancing the sorting scope and expanding the sorting types to meet the individual needs of industrial and mining enterprises. Artificial intelligence using multi-dimensional characteristics to composite sorting at a time, Sorting accuracy is better than the color sorting machine by more than 80%.     For industrial and mining materials can not obtain a large amount of data, the use of data migration means and image enhancement technology, non-mass data recognition accuracy, the equipment has a high degree of intelligence, according to the development of deep learning mode, continuous learning, to further improve the sorting effect. It lays a solid foundation for solving various problems such as complex sorting environment and difficult sorting of industrial and mining materials. Mingde Optoelectronics has completely independent intellectual property rights in equipment design, technology development and production, in which the precision instruments are high-end brands. Support customized design, fully able to meet the customer at this stage of equipment with the use.   Technology leap, empower mine new energy   Artificial intelligent sorting machine Automatic sorting machine   optical sorting machine    refine the mineral dressing and remove the tailings in advance , reduce the amount of material in subsequent processes, pretreatment of ore to remove tailings without grinding and crushing , can significantly reduce the cost of subsequent processes, reducea a series of problems,such as environmental damage, greatly reducing the cost of industrial and mining enterprises, also in line with the social development trend. At the same time pretreatment of ore to remove tailings has a certain value, Can be used as landfill mine, road construction, construction materials, etc..   Industrial and mining enterprises can only be promising if they continuously optimize their processes and adopt new technology and equipment. Green transformation and upgrading of Mine development will be the norm of future mine development, and it is imperative to build up strength in advance. Mingde photoelectric AI ore sorting machine, Fully empowering smart, green mines.         Edited by Jacky

How to sort Associated non-metallic fluorite   According to the different components of fluorite ore associated minerals, fluorite can generally be divided into monotypic fluorite, quartz-type fluorite, sulfide-type fluorite, calcite-type fluorite, barite fluorite, silica-type fluorite, carbonate-type fluorite, etc. As an important non-metallic mineral raw material, fluorite is widely used in chemical, steel, aluminum, ceramics and other industries, and is the main raw material for the preparation of fluorine, with the development of science and technology, fluorite in With the development of science and technology, the use of fluorspar in high-tech industries has gradually increased and become an important strategic mineral resource. Then how to effectively improve the taste of fluorspar is vital to the utilization of fluorspar.     So how to effectively improve the taste of fluorspar ore, Hefei Mingde photoelectricity recommended the use of artificial intelligence sorting machine. For the situation of associated fluorite ore, ordinary ore color sorter has been unable to complete the fluorite color separation, because the traditional photoelectric color sorter can only rely on a simple color difference for selection, the more obvious the color difference the better the sorting effect, the logic of a single criterion. Mingde photoelectric launch artificial intelligence sorting machine is the use of AI deep convolutional neural network (CNN) and other artificial intelligence means of material image analysis and processing technology, AI photoelectric sorting technology can automatically extract the multi-dimensional characteristics of the material, such as texture, shape, color, texture, luster, etc., greatly enhance the sorting effect, expand the sorting scene and material types, to meet the market diversification and personalized sorting requirements. Solve the current color sorting machine market color sorting material is limited by the problem.     Here is a look at the following case of the Mingde photoelectric artificial intelligence sorting machine sorting non-metallic associated fluorite ore, throwing miscellaneous stone, throwing silicon, throwing calcium carbonate, improve the taste of fluorite.                                                           Fluorite raw ore       Finished fluorite ore                                                                          Fluorite ore waste rock