Ore dressing device

Abstract

The invention discloses an ore dressing device. The ore dressing device comprises a first worktable and a second worktable, and also comprises a primary crushing mechanism, a cutting crushing mechanism, a magnetic separation mechanism and a screening mechanism. The ore dressing device crushes, cuts, magnetically separates and screens minerals to obtain the needed ore by virtue of the primary crushing mechanism, the cutting crushing mechanism, the magnetic separation mechanism and the screening mechanism, the situation that the machine is seized and damaged in the crushing processing process can be completely avoided, the safety is high, the ore dressing period is short, and the efficiency is high. The ore dressing device can perform the heavy-wind cutting for the minerals by virtue of thecutting crushing mechanism, so that not only can the crushing effect be realized, but also a drying impurity removal effect can be realized, and the useless dust in the dressed ore is less; and by virtue of the magnetic separation mechanism, the high-value ore of the metal property can be separated from the impurity minerals with no metal property, and the ores can be collected in a classifying manner according to the size of the ore by virtue of the screening mehcainsm.

Description

technical field [0001] The invention relates to the technical field of mineral processing equipment, in particular to a mineral processing equipment. Background technique [0002] The current mineral processing equipment still has the following problems: First, the crushing process after ore mining is not perfect enough, and it is easy to cause the subsequent processing machine to jam or even be damaged in the subsequent mineral processing process because the ore particles are too large or the hardness is too large. Not only will it affect the beneficiation cycle, but it will also cause great production safety hazards. The second is that there is no way to dry it in the initial stage of beneficiation. When the ore is in the process of processing, because the wet state is easy to make the dust adhesion difficult to remove, the proportion of useless dust in the selected ore is relatively large. The third is that in the existing beneficiation, there is no way to accurately dis...

AI Technical Summary

Problems solved by technology

[0002] The current mineral processing equipment still has the following problems: First, the crushing process after ore mining is not perfect enough, and it is easy to jam or even damage the subsequent processing machines in the subsequent mineral processing process because the ore particles are too large or the hardness is too large. Not only will it affect the beneficiation cycle, but it will also cause great production safety hazards

The second is that there is no way to dry it in the initial stage of beneficiation. When the ore is in the process of processing, because the wet state is easy to make dust adhesion difficult to remove, the proportion of useless dust in the selected ore is relatively large.

Third, in the existing beneficiation, there is no way to accurately distinguish and strip high-value ore minerals with metallic properties and impurity minerals without metal properties.

Fourth, the general mineral processing equipment has no way to carry out a deep processing of valuable ore and then classify and collect the particles according to their size

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