When dealing with pharmaceutical or health supplement manufacturing facilities, cross-contamination can lead to many issues. In order to effectively remove dust during the production of drugs or health supplements, filtration is needed to collect and contain any fine powder and dust that remains after completion of these supplements or vitamins. The industrial dust remover vacuum is equipped to handle the dust generated within pharmaceutical or health supplement manufacturing facilities. However, industrial dust remover vacuums in the pharmaceutical and health supplement industries are not only used to clean fine dust but also for transferring powders and solids, ensuring that the vacuum itself does not have a detrimental effect on the overall product quality of these powders and solids.
Industrial dust remover vacuums for material separation and product movement
In the process of manually transferring material within containers, there is a lot of isolation between machines. This isolation throughout the entire production process can cause containers to move around, thereby threatening the overall quality of the product. Due to these smaller product movement paths, it is recommended to use quality flow methods in the pharmaceutical and health supplement industries, to move powders and solids at the same rate through the same system, reducing separation. Industrial dust remover vacuum is an effective way to transfer drug ingredients to achieve smooth and stable quality flow. Therefore, each drug has unique characteristics and can be exposed to specific environments, resulting in industrial dust remover vacuums only being used for specific applications.
Industrial dust remover vacuums for medication dust control
Overall, the main reason for using industrial dust remover vacuums in pharmaceutical and health supplement facilities is for dust prevention. Dust control is most effective when using pneumatic dust remover vacuums around conveyor belts and production lines.
Dump feeders have been found in these manufacturing facilities, and each time the bucket is dumped, it creates a cloud of dust. This escaping dust is sorted and identified by its particulate matter (PM), whether it is solid or liquid, it remains suspended. More than half of the escaping dust is less than 10 microns. To put that number into perspective, a human hair is about 70 microns. If the floating dust settles on a worker's hair, it quickly accumulates. Likewise, due to their size, these particles can stay in the air for days or weeks. To combat this suspension, industrial dust remover vacuums capture escaped dust particles as soon as they reach the air. Once trapped in a vacuum storage system, they can be safely and harmlessly disposed of, ensuring that the suspended dust does not remain suspended for long.
