Product Description
Mingder Wet ores separator machine can select wet minerals derectly.
Reduce the drying process
Packing :
Wooden casesBrand :
MingdeMOQ :
1 SetOrigin :
ChinaColor :
Black
Hefei Mingde Photoelectric Technology Co., Ltd. is a professional research and development, production and sales of various intelligent ore separator national high-tech enterprises. The company has an independent R & D team in Hefei High-tech Zone. Since 2012, the company has independently researched and developed and successfully launched the first ore special color separator in China. Since then, it has successfully launched mineral sand separator, A ⅰ artificial intelligent ore separator, X-ray intelligent ore separator and other products.
Technical Advantages:
1.Introduced artificial intelligence methods such as deep convolutional neural
networks (CNN) in the field of visible light photoelectric sorting to analyze and process
material images.
2.Al photoelectric sorting technology can automatically extract the multi-dimensional
characteristics of materials, like texture, shape, color, quality, Luster, etc., which greatly
improves the sorting effect, expands the sorting scene and material types, to meets the
market diversification and personalized sorting requirements, and solves the problem of
limited color sorting materials in the current color sorter market.
3.Photoelectric sorting requires high real-time performance, while CNN operation is
relatively slow. In this regard, we adopt the model compression technology to accelerate
CNN operation speed and greatly improve the recognition efficiency.
4.In view of the situation that many mineral materials cannot obtain massive data, our
company adopts transfer learning technology and industrial image sample enhancement
technology to ensure the recognition accuracy of non-massive data training.
5.The Al sorting machine uses a gigabit camera to transmit image data to a multi-
GPU computing platform, which adopts CNN to analyze material types and accurately
identify material surface features and texture structures.
Ores we can sort:
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