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All measurements involve a degree of uncertainty, but what does this actually mean? How does measurement uncertainty affect your decisions, and what can you do to improve the precision and accuracy of your measurement systems?
Measurement uncertainty is an expression of the doubt associated with a measurement result. It is often expressed as a symmetric interval around the measurement:
Measurement Result ± Measurement Uncertainty
Example: A measuring rod of 2000 mm ± 1 mm means that the actual length, with 95% confidence, lies between 1999 mm and 2001 mm.
A measurement system evaluation investigates two critical aspects:
Our evaluations have uncovered several interesting findings:
Lack of understanding of measurement uncertainty can lead to:
Sign up for our video demonstrating how weight measurements are affected by measurement uncertainty and the timing of measurements:
Lean Tech offers courses in measurement system evaluation. We can also assess your measurement systems for you. Let us help you ensure reliable measurements for better decisions.
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