Products are loaded into the hoppers manually or automatically (option), and then fed onto the three-grade vibratory plates. By adjusting the vibration frequency of the vibratory plates, the products can be allowed to move through channels of the plates continuously and in single file. At the end of channels the products fall into detection tunnels, where using the principle of the photoelectric effect to input the working signal generated by the infrared dynamic scanning sensor when the drug particle falls down into the high-speed microprocessor (MCU), and realizes the counting function through the cooperation of the electronic and the mechanical. The product of each 8 channels fall into a filling nozzle, and at the same time, the set number of products are all filled into the bottles respectively with the help of the four vibration filing nozzle.
Below image with 4 vibrating filling nozzles is just for your reference.
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Client Success Team (CRM),
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