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Why is calibration important in the scientific laboratory?

Calibration is crucial in scientific laboratories to ensure the accuracy, standardization, and reproducibility of measurements across various equipment types—such as humidity, temperature, pressure, mechanical, and electrical instruments—thereby guaranteeing reliable data, preventing costly errors, safeguarding health and safety, and extending instrument lifespan.

Calibration is important in the scientific laboratory as the accuracy of measurements collected with laboratory equipment is only reliable when instruments are properly calibrated. Calibration is performed to maintain the accuracy, standardization, and reproducibility of measurements to assure reliable benchmarking and results.

Calibration is necessary for most scientific equipment and for many types of measurements. Some categories and examples of calibration include:

  • Humidity and Temperature: Infrared cameras, thermometers, and hygrometers
  • Pressure: Transmitters, test gauges, and barometers
  • Mechanical: For factors including force, mass, and vibration
  • Electrical: Measuring frequency, voltage, or resistance

What are the costs and risks of not calibrating?

To neglect calibration is to assure that equipment will provide imprecise measurements and risk the quality and safety of laboratory equipment. The ability to conduct scientific research with productive outcomes requires accurate measurements, which is only possible with adequate calibration. Avoiding calibration will result in unreliable and unreproducible data, necessitating time and money to improve and repair data.

Failing to calibrate laboratory equipment poses risks to:

  • Finances and profitability
  • Health and safety
  • Instrument lifetime

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