Automatic raw material grinding equipment for cosmetic processing

Abstract

The invention discloses automatic raw material grinding equipment for cosmetic processing. The automatic raw material grinding equipment comprises an upper grinding chamber, a middle grinding chamber,a lower grinding chamber, a scattering device, a sieving device, a grinding device and a feeding device, wherein the upper grinding chamber, the middle grinding chamber and the lower grinding chamberare respectively arranged in sequence from top to bottom, and the upper grinding chamber, the middle grinding chamber and the lower grinding chamber communicate with one another; the scattering device is arranged in the upper grinding chamber and is used for scattering the agglomerated part of raw materials which are put in the upper grinding chamber; the sieving device is arranged on the middlegrinding chamber and is used for screening the raw materials when the raw materials are conveyed to the lower grinding chamber; the grinding device is arranged in the lower grinding chamber and is used for performing fine grinding on the screened raw materials; and the feeding device is arranged in the upper grinding chamber and is used for conveying the scattered raw materials to the middle grinding chamber and preliminarily grinding the raw materials at the same time. According to the automatic raw material grinding equipment, the materials are ground and screened for many times when being continuously conveyed, so that the ground and discharged materials are standard, the machining precision is high, the consumed time is short in the whole process, and the working efficiency is high.

Description

technical field [0001] The invention belongs to the technical field of cosmetics processing, and in particular relates to an automatic raw material grinding equipment for cosmetics processing. Background technique [0002] In cosmetics processing, all raw materials need to be grinded, and the grinding of raw materials is a very critical step in the process. The traditional grinding device usually adopts the method of grinding the raw materials for a certain period of time after the raw materials are fed, and then stops the grinding and sieves the raw materials, sieves out the materials that do not meet the specifications, and then grinds them again. However, it is difficult to achieve continuous grinding in this way, and the same batch of materials needs to be ground to the same precision after multiple grinding treatments, so the work efficiency is low and the grinding precision is low. Contents of the invention [0003] In order to overcome the deficiencies of the prior...

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