What does a sifter do in pharmaceutical industry?

A sieving machine is a machine used to separate and filter materials. In the pharmaceutical industry, sieving machines are mainly used to separate drug particles or powders of different sizes, remove impurities and ensure product quality. It can classify particles or powders into different levels according to their size and shape. At the same time, the sieving machine can also be used for precise screening and dust removal of drug powders to improve the purity and stability of pharmaceutical. Following are some of the roles of sieving machines in the pharmaceutical industry:

1. Improve production efficiency: The screening machine can efficiently separate and filter materials, thereby improving production efficiency. It can greatly reduce the time and labor cost of manual screening and filtration, and improve the production efficiency and profit of pharmaceutical factories.

2. Precise screening: The size of drug particles has a great influence on its efficacy. The screening machine can accurately screen out particles of appropriate size according to needs, which helps to improve the quality of drugs.

3. Quality Control: Screening machines can remove impurities and off-spec particles or powders to improve product quality. Product quality can also be monitored during production to ensure compliance with standards and regulations.

4. Energy saving: The screening machine can remove impurities and fine particles without losing quality, which effectively reduces the energy and resource costs of subsequent processing.

5. Improve the working environment: The drug particles sieved by the sieving machine are more uniform, which reduces the dust and other pollution caused by manual sieving to the working environment. Dust has a great impact on human health and must reduce the burden on workers. workload.

In short, the application of pharmaceutical vibro sifter in the pharmaceutical industry not only solves the shortcomings of traditional manual sieving, improves production efficiency, but also improves accuracy, and greatly reduces the presence of impurities and fine particles, ensuring the high quality of pharmaceutical products quality.