Wenyao Plastic Coffee Bean Peanut Colour Sorting Machine Colour Sorting Machine Rice Colour Sorting Machine Grain

Wenyao Plastic Coffee Bean Peanut Colour Sorting Machine Colour Sorting Machine Rice Colour Sorting Machine Grain ​

Key Features & Benefits

· Optimized for All Rice Types: Effectively sorts a wide variety of rice to meet global standards:
· White Rice: Removes yellow, red, and damaged kernels.
· Parboiled Rice: Identifies and separates discolored or under-processed grains.
· Brown Rice: Removes husk, pest-damaged, and off-color grains.
· Glutinous Rice: Ensures consistent whiteness and translucency.
· Superior Defect Detection:
· Discolored Kernels: Yellow, red, brown, and fermented grains.
· Chalky & Immature Grains: Opaque or milky-white kernels that affect texture and quality.
· Foreign Material: Stones, glass, seeds, and other non-rice objects.
· "Milled" Defects: Brokens, brewer's rice, and other sizing inconsistencies (with shape-sorting options).
· Ultra-High Resolution Sensors: Advanced camera technology (up to 5K or 10K pixels) captures the minutest color deviations, ensuring no defective grain goes unnoticed, even at high throughput.
· Intelligent Software Algorithms: Self-learning and adaptive software allows for precise calibration to different rice varieties and quality grades. The system can be fine-tuned for subtle changes in color, increasing yield while maintaining strict quality control.
· Minimal Breakage & High Yield: The gentle air ejection and chute design are optimized to minimize the breakage of delicate rice grains, maximizing the quantity of head rice (whole kernels) in your final product.

PARTS DETAILS:

Technical Parameters:

Examples of color sorting:

CCD Color Sorter Machine
Among them, the photoelectric large bean color sorter is a popular style in the past few years. It is an ordinary photoelectric sensor. At present, the CCD sensor large bean color sorter is the most used in the market, and the maximum resolution is 5400 pixels. Speed line scan CCD

The difference between the photoelectric color sorter and the CCD color sorter lies in the sensor. Because the CCD color sorter uses a high-definition CCD color sorting lens, the color sorting accuracy is improved from 2 square millimeters of the photoelectric color sorter to 0.040. 08 square millimeters, the color sorting accuracy is improved, and the CCD output color sorter is also greatly improved compared with ordinary photoelectric color sorters.

Applications

Color sorters are widely used across many industries to improve product quality, increase efficiency, and reduce labor costs.

• Agriculture and Food Processing: This is the primary application, including the sorting of:
  • Grains and Cereals: Rice, wheat, corn, barley, oats, and millet.
  • Pulses and Beans: Lentils, peas, soybeans, and various other beans.
  • Nuts and Seeds: Peanuts, walnuts, almonds, pistachios, coffee beans, sesame seeds, and sunflower seeds.
  • Other Food Items: Tea leaves, dried vegetables, and spices.
• Recycling: Color sorters are crucial in separating different types and colors of plastic flakes (PET, HDPE, PVC, etc.), granules, glass fragments, and other mixed waste materials for reuse.
• Mining and Diamond Industry: In mining, they are used to sort ore, minerals, and stones based on color or transparency.
• Other Industrial Uses: They can be used for sorting various other bulk materials such as salt, specific chemicals, or electronic waste components (e.g., printed circuit boards).

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Packing & Delivery

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