Most force measurement professionals focus on load cell accuracy at the time of calibration, but load cell reliability over the full service life is what determines whether your measurements stay trustworthy between calibration intervals. This Morehouse technical paper examines the factors that erode measurement confidence over time, including environmental exposure, mechanical fatigue, electrical drift, and improper handling. It presents a structured framework for thinking about end-of-period reliability and explains why starting with the end in mind, meaning the measurement uncertainty you need at the point of use, should drive every decision from load cell selection to calibration interval.
The paper also addresses how calibration providers and end-users can work together to improve load cell reliability through better specification, tighter process controls, and evidence-based interval adjustments. Whether you are selecting a new load cell, evaluating your current calibration program, or trying to reduce measurement risk in a regulated environment, this paper gives you a practical foundation for making those decisions with data instead of assumptions. Read the full paper to see how Morehouse approaches these challenges for customers across industries.
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