Measurement uncertainty: Precise measurement results with FP-LIMS
Whether in production, in the laboratory or in quality assurance: measurements form the basis for reliable decisions and actions. But how accurate are the results of measurements actually? And how sure can we be that they actually correspond to the facts? These questions lead us to the topic of “measurement uncertainty”. As a quality manager and laboratory manager, you are certainly already familiar with this term. Determining the uncertainty of measurements is an important basis for evaluating measurement results. It helps us evaluate the accuracy of measurements and quantify the uncertainty of results.
In this blog post, we will take a closer look at the topic of “measurement uncertainty”. We will explain why it is so important to address this topic, what methods exist for determining measurement uncertainty, and how [FP]-LIMS can help achieve more precise measurement results.