It is important to prevent contamination of the end product by microorganisms. This is the only way to rule out health risks for consumers and ensure the high quality of products.
The evaluation of the results of conventional plating methods is often based on subjective assessments. Differences in the shape, color, and size of the colonies can lead to different interpretations and make it difficult to compare the results.
A subjective and therefore potentially different evaluation of the results of a microbiological analysis can lead to an overestimation or underestimation of the microbiological contamination of the production water. This poses the risk of increased costs due to unnecessary measures in the event of false positive results, or a health risk for end consumers in the event of necessary but not implemented measures in the event of false negative results.
The latter can lead to damage to the manufacturers reputation and increased costs.
An analysis of microbiological tests supported by standardized processes and software leads to a clear and uniform evaluation and thus offers increased security in planning measures.
Sysmex Partec offers specially developed quality control processes for the microbiological quality control of production water. These include defined routines for the daily control of device performance, preset templates for sample analysis, automated result evaluation, and report generation.
This enables a quick and clear decision about the results, which is possible without subjective interpretation and uncertainties.
Contamination can lead to health risks or ineffective process flows – and classic tests often take days.
Our solutions detect problems early, reduce waiting times and minimize errors through automated reports.
Sign up for our newsletter now and receive exclusive insights, the latest news, and valuable tips directly in your inbox!
© 2025 by Sysmex Partec GmbH
and Richter Consults – Digital Excellence & Strategy for IT, Marketing and more for transformative business solutions.
