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How does XRT ore sorting machine work?
XRT sorting machines mainly use the principles of X-ray transmission and diffraction to identify the differences in the characteristics of different minerals in the ore. When X-rays are irradiated on the ore, different minerals will produce different absorption and scattering characteristics due to their different atomic structures and densities, thus forming unique X-ray images.
These X-ray images are captured by high-precision photoelectric sensors, and combined with advanced image processing algorithms, minerals and other impurities can be accurately distinguished to achieve efficient sorting.
Dual-energy XRT is an advanced non-destructive testing technology that combines computed tomography (CT) and dual-energy X-ray transmission imaging (DE-XRT/ME-XRT) to obtain quantitative material characteristics of samples.
Dual-energy XRT technology uses two X-rays with different energy levels to irradiate the material and uses a detector to collect the X-ray attenuation information after penetrating the material, thereby distinguishing materials of different densities and thicknesses.
The ICS series is an intelligent Dual- energy X-ray transmission based ore sorting machine specifically developed for mineral sorting.
Applicable ore
- Non-ferrous metals: tungsten ore, copper ore, tin ore, molybdenum ore, lead-zinc ore, antimony ore, copper-nickel ore, aluminum ore, lithium ore, etc.
- Non-metallic minerals: sulfur, phosphorus, fluorite, quartz, limestone, magnesium ore, feldspar, mica, etc.
- Precious metal mines: gold, silver, etc.
- Ferrous metal iron ore, manganese ore, chromium, etc.
- Coal mines, oil shale, kaolin, etc
XRT ore sorting machine technologies
‘Dual Energy’X-Ray Transmission (XRT) ViS HD lmaging System
- High resolution dual energy X-ray non afterglow imaging technology accurately identifies the internal composition and grade of ores;
- HD image recognition technology captures accompanying surface micro color differences and deconstructs textures;
- Realize accurate identification of ore grades, ensure non-missed of tailings, improve recovery rate, and greatly reduce waste grades.
Dry And Wet Ore Sorting
Electrical and structural component protection design, with efficient dust cleaning capability. Compatible with moisture protection, stable, reliable, and fully cover dry and wet sorting.
Security Protection And Intelligent System
The safety standards far exceed the national standard, with a one click intelligent control system thatis easy to operate and allows for monitoring of device operation.
Adaptive Precise Spraying
Independently developed high-frequency solenoid valves and spatial positioning calibration algorithms, which allow to solve material imaging offset problems, effectively improve accuracy,reduce carryover, and enhance sorting accuracy.
AI Intelligent Composite And Rapid Deployment
Advanced AI intelligent algorithm ensures precise and efficient sorting of gangue minerals, achieving the purpose of pre sorting and tailings disposal. Meanwhile, it is compatible with rapid deployment advantages of self-developedspecialized algorithms to cope with complex material switchingapplication scenarios.
Parameters
