GaugeConnection for Calibration Laboratories
Table of Contents
Why Calibration Labs Choose GaugeConnection
Calibration laboratories need efficient tools for scheduling, documenting results, monitoring equipment stability, and calculating measurement uncertainty. GaugeConnection provides a complete workflow from calibration scheduling through certificate generation with uncertainty statements -- all aligned with ISO 17025 requirements.
ISO 17025 Alignment
GaugeConnection tools map directly to key ISO 17025 requirements:
- Calibration Schedule: Equipment management and calibration interval tracking (clause 6.4)
- Calibration Certificate: Reporting of results with traceability (clause 7.8)
- Stability Tracker: Intermediate checks and equipment monitoring (clause 6.4.10)
- Measurement Uncertainty: Evaluation and reporting of uncertainty (clause 7.6)
1Calibration Schedule
Import your instrument inventory and set calibration intervals. The dashboard provides at-a-glance status with color-coded indicators for upcoming and overdue calibrations. Schedule reminders help ensure no instrument is missed.
2Calibration Certificates
Generate professional calibration certificates documenting gauge identification, reference standard, as-found/as-left measurements, environmental conditions, and pass/fail determination. Certificates can include measurement uncertainty statements.
3Stability Monitoring
Track gauge performance over time using XmR (individuals and moving range) control charts. Detect drift trends, shifts, and out-of-control signals using Western Electric rules. Use stability data to justify calibration interval adjustments.
4Measurement Uncertainty Budgets
Build GUM-compliant measurement uncertainty budgets combining Type A (statistical) and Type B (specification-based) components. Calculate combined and expanded uncertainty with the appropriate coverage factor for your confidence level.