1, camera resolution

The camera is equivalent to the "eyes" of the color sorter. The higher the resolution of the camera, the clearer the "look" of the color sorter. This provides a basis for the accurate judgment of the material by the color sorter.

2, software algorithm, ability to distinguish chromatic aberration.

Software is equivalent to the "brain" of color sorter, which determines its ability to distinguish chromatic aberration. Software algorithm to analyze the data seen by the camera, to a certain extent, determines the cleverness of the color sorter and the "idea" of the color sorter to the material.

3. Feeding system

The feeding system determines the way for the material to enter the color sorter's "field of view" and to leave the color sorter after sorting.

4. Nozzle performance

The color sorter separates the material by ejecting gas from the nozzle, which is equivalent to the "hand" of the color sorter. After the "brain" of the color sorter judges the color of the material, the instructions are given to the nozzle for execution. Therefore, the flexibility and stability of the nozzle ultimately determines the sorting effect of the color sorter.