CalibrationOS provides end-to-end torque calibration management for torque wrenches, drivers, analyzers, and transducers. Track calibration schedules, record CW and CCW results at multiple test points, and generate certificates that meet ISO 6789 and ASME B107.300 requirements.
Torque instruments are safety-critical in aerospace, automotive, and energy applications. A torque wrench out of calibration can result in under-tightened fasteners leading to catastrophic failure, or over-tightened bolts causing material fatigue. Yet many organizations track torque tool calibration in spreadsheets that cannot enforce multi-point, bi-directional test protocols or flag trending drift.
Record calibration results at multiple test points in both clockwise and counter-clockwise directions. CalibrationOS enforces the test protocol defined in your procedure and calculates pass/fail against tolerance at each point.
Generate calibration certificates that comply with ISO 6789 reporting requirements. Templates include instrument identification, test conditions, applied and indicated values, errors, and uncertainty statements.
Link torque wrench calibrations to the reference transducer used, which links to its own calibration record. The complete traceability chain from tool to national standard is documented and verifiable.
Track calibration results over time to identify instruments drifting toward tolerance limits. CalibrationOS alerts you when a torque tool shows a pattern that suggests it may fail its next calibration.
Supplement time-based calibration intervals with click-count or usage-based triggers. High-use torque wrenches get calibrated more frequently while lightly used tools avoid unnecessary service.
Yes. CalibrationOS includes certificate templates and test protocols aligned with ISO 6789 requirements, including multi-point testing in both clockwise and counter-clockwise directions, uncertainty statements, and complete instrument identification.
Yes. CalibrationOS records results at each test point in both directions independently. Pass/fail is evaluated per point and per direction, and certificates display the full bi-directional test dataset.
You can set calibration triggers based on click count or cycle count in addition to time-based intervals. When a torque wrench reaches its usage threshold, CalibrationOS moves it to due status regardless of the time-based due date.
Yes. Every torque wrench calibration links to the reference transducer used. That transducer links to its own calibration record and reference standard, forming a complete traceability chain to national measurement standards.
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