Color sorters can be divided into tea color sorters, rice color sorters, miscellaneous grain color sorters, ore color sorters, etc. according to color sorting materials. Hefei, Anhui has the reputation of “the capital of color sorting machines”. The color sorting machines produced by it are sold all over the country and exported to all over the world.

Color sorter – as the name suggests, it is a machine that screens materials according to their color. With the development of technology, the color sorter is not limited to the screening of material color, but also the screening of material shape and other aspects.

Tea Ccd Color Sorter is based on the difference in material color or shape, and realizes material sorting and purification through photoelectric detection and image processing. It integrates light, electromechanical and electrical equipment. The cleaning rate, impurity removal rate and take-out ratio have been rapidly promoted.

Usually, the color sorter is composed of four parts: feeding system, irradiation and detection system, information processing system, and separation execution system according to its functional machine structure. The functions of each part of the system are as follows:

(1) Feeding system: The feeding methods are mainly belt type and chute type, etc. The feeding system is used to transport the raw ore, and the raw ore is irradiated by the system to achieve the purpose of separating the raw ore.

(2) Irradiation detection system: As the main core part of the Ccd Color Sorter, it mainly collects characteristic information such as ore color and gloss as an ore sorting system. Among them, the irradiation part mainly uses materials such as light sources, and the detection part mainly uses X-ray perspective technology and infrared sensors to detect the feedback information of the ore under the action of external conditions such as light source and radiation.

(3) Information processing system: The information processing system is the control part of the entire color sorter, which is equivalent to the brain center and has control functions such as analysis and decision-making. It is mainly based on the detected signal to complete the recognition task, and the drive separation signal is further processed by amplifiers and other equipment.

(4) Separation execution part: The separation execution part is mainly to receive the signal of the information processing system, and separate the ore or waste rock from the original trajectory.