ANON Color Sorter
Anon provides a 99.99% high sorting accuracy color sorter to upgrade the quality and comply with international food safety standards. Our automatic color sorters are designed for standardized processing in your grain processing production line. We offer specialized color sorters and complementary attachments tailored for your grain type and production requirements. ANON color sorters are ideal for most grain, bean, and nut types, such as rice, wheat, corn, quinoa, coffee beans, soy beans, chickpeas, green beans, red beans, lentils, peanuts, cashews, pistachios, almonds, and many more.
Advantages of ANON Color Sorter
Types We Offer
ANON offers two types of color sorters: CCD single-color color sorters and RGB multi-color color sorters.
CCD color sorters have a simple working principle. Once the color is set, it cannot be changed easily. It is suitable for a smaller factory that processes one type of material.
RGB color sorters use cameras that mimic the human eye. They can accurately detect particles of different colors or shapes in the material being sorted, resulting in high sorting accuracy. It is suitable for a larger factory that requires high sorting accuracy and processes more types of materials.
ANON Rice Color Sorter
FAQ
It can separate surface impurities such as stones, soil blocks, discolored particles, insect-infested particles, and diseased particles; Internal defects, such as moldy, hollow, and sprouted grains (requiring the use of an infrared color sorter); And particles with abnormal shapes, such as broken and withered grains.
Rice is usually categorized by its length, color, and processing method. For example, jasmine rice is a long-grain rice that comes in both milled (white rice) and unprocessed (brown rice).
First, the operator places the material into a hopper, where it is vibrated and moved down a chute. Then, a pneumatic or mechanical ejector separates the material based on size and quality, ejecting any defective material.
Regularly clean the lens, spray valve, and passages to prevent dust from affecting detection accuracy. Check the spray valve operating pressure (0.2-0.5 MPa) and the air compressor pressure (≥0.7 MPa) to ensure stable airflow. Regularly clean or replace the air filter element to prevent air flow blockage.
The selected material enters the machine from the top hopper and moves downward along the channel through the vibration of the feeding device. As the material accelerates into the sorting chamber, it passes through the inspection area between the sensors and the background board. Under the illumination of the light source, variations in light intensity and color are detected, generating output signals that activate the ejector valves. The defective or discolored grains are blown into the waste hopper, while the good grains continue to fall into the finished product hopper, thus achieving accurate separation.