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Whitepaper

Increase Efficiency in Temperature Sensor Calibration

Tailoring calibration intervals to laboratory conditions can reduce unnecessary work while supporting risk management

Written bySwift Sensors andLab Manager

The same calibration interval can result in very different levels of risk across a laboratory’s temperature monitoring systems. Material criticality, equipment conditions, drift history, alarm coverage, and regulatory requirements all affect how frequently calibration may be warranted. Applying a standard interval without considering these factors can increase workloads and downtime for lower-risk applications. In higher-risk settings, it may allow drift to go unaddressed, with potential consequences for audit compliance and sample integrity.

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A risk-based assessment helps lab managers set intervals that account for their lab’s unique environment and workflows. Continuous monitoring and historical sensor data can provide additional context for evaluating performance between calibrations and documenting interval decisions.

Download this article and accompanying checklist to:

  • Examine why manufacturer-set intervals may not reflect laboratory conditions and requirements
  • Review factors that may support shorter or longer calibration intervals
  • Establish and document calibration intervals using a structured risk assessment

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