How Rockwell Automation’s Fiix CMMS Revolutionizes Maintenance for Food Suppliers

How Rockwell Automation’s Fiix CMMS Revolutionizes Maintenance for Food Suppliers

Industrial digital transformation is no longer a luxury; it is a necessity for operational survival. Perth County Ingredients (PCI), a major Canadian egg product supplier, recently proved this by overhauling its maintenance strategy. By partnering with Rockwell Automation, PCI transitioned from chaotic "firefighting" to a sophisticated, data-driven approach. This shift utilized the Fiix® CMMS and AI-powered predictive tools to secure impressive cost savings and equipment reliability.

Escaping the Trap of Reactive Maintenance

Initially, PCI struggled with an aging infrastructure where 100% of maintenance was reactive. Critical assets like boilers and chillers frequently failed, leading to expensive after-hours service calls. Such "run-to-failure" cycles drain resources and demoralize technical teams. To break this cycle, PCI implemented the Fiix® computerized maintenance management system (CMMS). Consequently, technicians now use tablets to access work orders and asset histories instantly, streamlining the entire factory automation workflow.

Integrating PLC Data for Real-Time Asset Health

A static CMMS is helpful, but a connected one is revolutionary. PCI worked with Majik Systems to link their plant PLC (Programmable Logic Controller) network directly to Fiix. This integration monitors vital signs like vibration, temperature, and pump torque in real-time. If a machine drifts outside safe operating parameters, the system automatically triggers a work order. As a result, the maintenance team gains 24/7 visibility into asset health, even when they are off-site.

Quantifying the Success of Digital Transformation

The transition to industrial automation delivered measurable financial and operational victories. Since adopting these tools, PCI has reduced reactive maintenance by 54%. After-hours emergency call-ins dropped by 47%, saving the company over $40,000 annually. Furthermore, the project achieved a threefold return on investment. These improvements allowed the team to pivot from emergency repairs to high-value optimization tasks that improve long-term productivity.

Predictive Analytics and the Future of Control Systems

Building on this success, PCI now utilizes the Fiix Asset Risk Predictor. This tool uses AI to identify emerging risks before they manifest as critical failures. For instance, rising torque in a pump often signals an imminent bearing failure. By intervening early, PCI protects product quality and avoids the high costs of unplanned downtime. This proactive stance represents the gold standard for modern control systems in the food and beverage industry.

Expert Insight: The Scalability of Smart Maintenance

From my perspective, the PCI case highlights a critical trend in industrial automation: scalability. Once the parent organization witnessed PCI’s success, they rolled out Fiix across seven additional facilities. Centralizing maintenance data allows leadership to make better capital investment decisions across the entire enterprise. For B2B leaders, the lesson is clear: start with one high-impact site, prove the ROI, and then scale the digital architecture.

Show All
Blog posts
Show All
OPC Server Connected but Tags Frozen: Kepware and Allen-Bradley EtherNet/IP Field Fixes
Zhou Weiguo

OPC Server Connected but Tags Frozen: Kepware and Allen-Bradley EtherNet/IP Field Fixes

Eight root causes behind stale tags on a healthy OPC link, with Step-by-Step fixes for KEPServerEX and ControlLogix.
OPC Server Connected but Tags Not Updating: Field Diagnosis with Allen-Bradley FactoryTalk Linx and Emerson DeltaV

OPC Server Connected but Tags Not Updating: Field Diagnosis with Allen-Bradley FactoryTalk Linx and Emerson DeltaV

A green connection icon does not guarantee live data. Here are the seven failure paths that freeze OPC tags — and the exact settings that fix them for Allen-Bradley FactoryTalk Linx and Emerson DeltaV.
PTP, IRIG-B, and SNTP Time Sync: Fixing Timestamp Drift in GE and Bently Nevada Systems

PTP, IRIG-B, and SNTP Time Sync: Fixing Timestamp Drift in GE and Bently Nevada Systems

Match the protocol to the accuracy your data actually needs, then stop the drift that scrambles event order. A practical guide to PTP, IRIG-B, NTP, and SNTP time synchronization for GE PACSystems controllers and Bently Nevada 3500 machinery protection systems.