ARM and FPGA Double-core Processor VM764 Coffee Beans Optical Sorting Machine With High Arithmetic
Coffee Beans Color Sorter Introduction:
Automatic coffee bean color sorters are ideal for color sorting Arabica coffee beans, removing a variety of defects to increase product quality and safety.By incorporating the latest technological advances, defects such as sticks, stones, odd colors beans and other foreign seeds can be removed effectively and efficiently.
Anysort Advantages:
1. Anysort,founded in 1999,has been specialized in color sorter manufacturing for over 21 years, initiated new era of cloud technology,explored future development of color sorter.
Anysort is always dedicated to developing cutting-edge technology and has been awarded a number of patent honors till now.
2. AI+Multi-dimensional space algorithm can accurately identify subtle shape differences to meet fine classification requirements and get good shape sorting effect.
3. Global initiative hawkeye recognition technology combined with cloud image high-speed capture and processing technology can precisely recognize tiny spot, slight color difference and some other impurities that normal color sorter cannot recognize. It perfectly realizes precise classification and optimized carryover ratio.
4. Online Engineering service is always available while providing installation and aftersale service locally in all countries.
5. intelligent high-frequency solenoid valve with high sorting accuracy, ultra-low air consumption and high switching frequency realizes optimized carryover ratio. Its perfect self-recovery system ensures low maintenance cost and long lifetime over 10 billin times.
Note: Subject to different raw materials and different impurities percentage in raw materials, parameters listed in above table will change to some extent ,which are references for you choosing a suitable model.
Coffee Beans Sorter Working Principle:
1. Raw Material are put into the machine from its feeding hopper on the top.
2. Vibrated by vibration device and sliding along material chute into the zone of observation in sorting chamber through sensor and background plate .
3. Under the effect of light source, sensor receives compound light from materials being sorted.
4. According to the light intensity and color changes, make the system produce output signal and drive solenoid valve to work, ejecting the discolor grain to defect chamber and good materials continue to fall into the finished goods chamber.
Technical Parameters:
| Model | Throughput (t/h) | Sorting Accuracy (%) | Optimized Carryover | Power (kw) | Power Supply | Dimension L×W×H(mm) | Weight (kg) |
| SQ164164D | 0.5-2.0 | ≥99.99 | ＞10:1 | 0.9 | 220V/50HZ | 1410*1800*2180 | 400 |
| SQ364364D | 0.5-4 | ≥99.99 | ＞10:1 | 1.8 | 220V/50HZ | 1750*1800*2180 | 650 |
| SQ564 | 5.0-15 | ≥99.99 | ＞10:1 | 2.6 | 220V/50HZ | 2430*1575*2160 | 1350 |
| SQ764 | 5.5-20 | ≥99.99 | ＞10:1 | 4.5 | 220V/50HZ | 3110*1575*2160 | 1600
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Sorting Examples:
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ARM FPGA 2 Core Processor 20TPH Seed Bean Color Sorter Images
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