Key Takeaways: BRC Issue 9, SQF Edition 9, and FSSC 22000 all contain specific, auditable maintenance requirements. Meeting them requires structured PM documentation, calibration records with as-found/as-left data, and management review evidence. Fabrico generates all of this automatically as a byproduct of normal operations — giving food manufacturers audit-ready evidence without manual report preparation.
Food safety auditors have evolved their approach to maintenance system audits. In the early years of GFSI certification schemes, having a PM schedule and some paper records was sufficient. Today's auditors ask harder questions: What is your PM compliance rate for food contact equipment? Show me the calibration record for your CCP checkweigher from the past 12 months, including as-found readings. What corrective actions did you take when your metal detector calibration was found out-of-specification in April?
These questions require structured data, not paper records. A food manufacturer who can pull up the Fabrico calibration record for the metal detector showing the April calibration as-found reading of 1.8mm (outside the 1.5mm sensitivity specification), the corrective disposition (production from that line held pending investigation), and the resolution (sensitivity adjustment and re-calibration confirming return to spec) arrives at the audit in a fundamentally different position than one searching through paper folders.
BRC Issue 9 Clause 4.7 requires a planned preventive maintenance system for all equipment affecting product safety, legality, and quality. The standard specifies that records must demonstrate the planned maintenance program is being executed — completion records, not just schedules.
SQF Edition 9 Section 11.7 requires documented maintenance programs with PM completion records. At SQF Level 3, this extends to formal management review of maintenance performance data against food safety objectives.
FSSC 22000 / ISO/TS 22002-1 Clause 8 requires documented maintenance for food contact equipment with calibration records maintaining measurement traceability to national standards.
Fabrico satisfies all three simultaneously — from the same operational data, without separate compliance reporting systems.
Calibration is consistently the most scrutinized maintenance capability in food safety audits. A single overdue calibration on CCP monitoring equipment — a checkweigher, metal detector, or pasteurizer temperature sensor — can generate a major non-conformance that jeopardizes certification regardless of how strong the rest of the maintenance program is.
Fabrico's calibration management for food manufacturers:
Food safety classification of measurement devices: Each instrument is classified by its role — CCP monitoring equipment (highest requirements), food quality measurement, or general process measurement. This classification drives different calibration frequencies, different evidence requirements, and different alert thresholds. A CCP checkweigher has zero tolerance for overdue calibration; a general process thermocouple can tolerate a brief delay without food safety implications.
As-found and as-left data capture: Every Fabrico calibration PM requires the actual measurement reading before calibration adjustment (as-found) and after (as-left). This is the specific evidence BRC Issue 9 Clause 4.8 and FSSC 22000's measurement management requirements ask for. A checkmark that calibration was "completed" is not sufficient — auditors want the actual readings.
Out-of-tolerance disposition workflow: When a calibration as-found reading is outside specification, Fabrico requires a disposition decision with evidence: was the device in use since the last calibration? What production was potentially affected? This disposition record demonstrates systematic food safety response to calibration failures — distinguishing a well-managed calibration program from a checkbox exercise.
NIST traceability documentation: Fabrico calibration records include reference standard identification and NIST traceability chain — the traceability requirement that all three standards require for measurement devices affecting food safety determinations.
Automatic due date alerts: Configurable alerts (typically 2 weeks ahead) notify Quality Managers when calibration is approaching due date. Any calibration overdue on CCP monitoring equipment triggers an immediate escalation alert — treating overdue CCP calibration as the active food safety risk it represents.
The evolution of food safety auditing is toward demonstrating that maintenance programs actually protect food safety outcomes — not just that they exist on paper. This requires connecting maintenance execution quality to production performance data.
For food manufacturers, Fabrico's integrated OEE monitoring provides a specific evidence capability that paper-based maintenance programs can't match: the ability to show that food safety-critical equipment maintained consistent performance within validated parameters during the audit period.
The four-element evidence chain that impresses BRC, SQF, and FSSC auditors:
This evidence package is available from Fabrico in under 10 minutes for any audit period. The same data that drives daily operational decisions becomes the audit evidence package without additional preparation.
Food manufacturers who combine Fabrico's maintenance and OEE capabilities consistently report two outcomes: they pass BRC, SQF, and FSSC audits with fewer findings than they had with paper systems, and they also improve production efficiency because the OEE monitoring that generates compliance evidence simultaneously drives maintenance improvement decisions.
Compliance and operational improvement from the same platform — the Fabrico advantage for food manufacturing.
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