How to improve the accuracy and stability of electronic counting machines?

How important is accuracy for the quality of electronic counting machines? In recent years, manufacturers of electronic counting machines have used this to measure the quality of counting machines and continuously refined it as the "gold standard" for making counting machines.

The amount of sugar coating, tablets, and capsules per bottle is determined through continuous clinical trials, practice, and data. It's not about how much you want this bottle to hold, it's about how much you want it to hold. Especially for pharmaceutical factories with an annual output of over 100 million tons, the difference in cost caused by different accuracies here is a profound difference. Of course, the more important thing is that it will have a negative impact on customers' minds.

On the other hand, the accuracy of the granulator is not only about achieving the precision of the granulator, but also about its stability in year-round production practice, which is the central criterion for evaluating the quality of the granulator.

In short, the two main standards for measuring a granulator are accuracy and stability.

The question is how to improve the accuracy and stability of electronic counting machine?

Firstly, this must rely on detailed statistics to determine. What numbers bring is more intuitive.

Secondly, relying solely on numbers is not enough. It is also necessary to continuously record the accuracy of the test results and conduct reasonable data source statistics and analysis.

However, it should be noted that this workload is not unusually large, and electronic counting machines have emerged as the times require

In addition, it is necessary to ensure the accuracy of counting particles. Three level vibration feeder, electrical control unit, multi-channel cylinder material door control module, multi-channel particle counting sensing module... Mite has proven that as long as every influencing link is strictly controlled and handled, it can ensure the accuracy and stability of equipment use for a long time and regardless of any environment.