"Calibration" refers to the process by which the accuracy and reliability of a measuring instrument or device is verified and, if necessary, adjusted by comparison with a known standard. The goal of calibration is to ensure that the measuring device performs accurate and reliable measurements that conform to established standards. During the calibration process, measurement deviations are identified and corrected as needed to ensure accuracy.
Typical features of software in the "calibration" area include:
Calibration reminders and scheduling: The software automatically reminds of upcoming calibrations and allows for scheduling calibration dates based on established intervals or requirements of quality standards.
Logging and documentation: The software logs all performed calibrations including date, personnel performing the calibration, results, and any adjustments or corrections made to ensure complete traceability.
History and traceability: The software stores a complete history of all performed calibrations for each measuring device or instrument and enables easy tracing of past calibrations.
Automation: The software automates the calibration process by simplifying steps such as data capture, calculations of measurement deviations and adjustments, and generation of calibration reports.
Reporting: The software generates detailed calibration reports containing all relevant information about the calibration process, such as measurement results, adjustments, deviations, and certificates.