A filling line that stops mid-shift does not just lose the batches it cannot fill — it risks losing the batches that have already been processed but not yet sealed. Carbonated beverages that sit in an open tank lose CO₂. Pasteurised product that misses the filling window enters a grey zone for food safety hold decisions. Brewed product waiting for a filler that is being repaired has a finite shelf life before it becomes waste. Beverage manufacturing downtime has consequences that compound faster than most other manufacturing sectors, which is why maintenance discipline in this industry is tied directly to product quality, not just equipment reliability. Start Oxmaint free — beverage industry templates pre-loaded.
Beverage Manufacturing CMMS
Keep Production Flowing from Brew to Bottle
Oxmaint manages CIP schedules, filler and seamer maintenance, pasteuriser monitoring, and CO₂ system compliance — in a single platform built for the speed and hygiene requirements of beverage manufacturing.
87%
World-class bottling line OEE target
40%
Of beverage line stops preventable with structured PM
3 hrs
Max acceptable filler downtime per 8-hour shift
Zero
CIP compliance failures at Oxmaint beverage sites
Critical Equipment: PM Requirements for Every Beverage Line Zone
Beverage manufacturing maintenance spans four primary equipment zones — each with hygiene and performance requirements that general CMMS platforms are not configured to address. Oxmaint's beverage template covers all four, with PM schedules, CIP tracking, and compliance documentation built in. Book a demo to see your line type pre-configured.
CIP is not just a cleaning step — it is a compliance event. Each CIP cycle must be documented with chemical concentration, contact time, temperature, and flow rate against the validated schedule. A missed or shortened CIP on a filler bowl is a potential product safety event, not just a maintenance gap.
Each Cycle
Chemical concentration verification — titration or conductivity
Temperature at all verification points — logged against CIP setpoint
Contact time confirmation — sequence timestamps mandatory
Final rinse pH or conductivity — confirm clean before production
Weekly/Monthly
CIP spray head coverage test — confirm 360° coverage of all vessels
CIP pump flow rate verification — against design specification
Valve seat and seal inspection — potential dead-leg formation points
Chemical dosing pump calibration — concentration accuracy critical
The filler is the highest-consequence machine on a beverage line — a filler stop stops the entire line. Fill valve wear, seaming chuck and roll condition, and carbonation control directly determine fill accuracy, headspace, and seal integrity. PM compliance on these components is the primary lever for reducing unplanned line stops.
Per Shift
Fill weight check — statistical sample against specification
Seam inspection — seaming chuck and roll condition visual check
Filler valve drip test — identify worn valve seats before they affect fill accuracy
Weekly
Fill valve seal and O-ring replacement schedule — at wear cycle
Seaming roll and chuck measurements — replace at tolerance limit
Filler bowl level control calibration — prevent over/under fill
Conveyor and starwheel condition — product handling quality
Pasteuriser temperature and dwell time are CCPs in every beverage HACCP plan. Equipment that drifts off its thermal profile — fouled heat exchangers, faulty temperature sensors, reduced flow rates — produces product that either exceeds the pasteurisation temperature (over-processed, flavour damage) or falls below it (under-processed, food safety risk). Both are failures.
Per Production Run
Temperature profile verification — all zones against HACCP limits
Pasteurisation unit (PU) calculation — cumulative thermal delivery confirmed
Flow rate verification — dwell time depends on constant flow
Weekly/Monthly
Temperature sensor calibration — traceable reference, certificate stored
Heat exchanger cleaning — fouling increases approach temperature and reduces efficiency
Holding tube inspection — no dead legs or bypass paths
Flow diversion valve function test — critical safety device
CO₂ is both a product quality parameter and a safety hazard. Carbonation system maintenance covers product quality (dissolved CO₂ level in specification) and safety compliance (CO₂ leak detection, confined space protocols for bulk storage, pressure vessel inspection). Both dimensions require structured PM documentation.
Daily/Per Batch
Dissolved CO₂ measurement — inline or sample check against specification
Carbonation pressure and temperature — confirm setpoint adherence
CO₂ storage tank level and pressure — supply continuity verification
Weekly/Annually
CO₂ detector calibration and function test — safety compliance
Bulk storage vessel inspection — pressure vessel regulatory requirement
Carbonation dosing valve and flow meter verification — accuracy against target
Gas quality certificate review — food-grade CO₂ specification compliance
Every zone above is pre-configured in Oxmaint's beverage manufacturing template. CIP cycle documentation, pasteuriser temperature alerts, filler PM schedules, and CO₂ compliance records are live from your first day.
How Oxmaint Solves the Top Four Beverage Maintenance Challenges
01
CIP Records That Satisfy Auditors Without Manual Compilation
Every CIP cycle in Oxmaint generates a timestamped record capturing chemical concentrations, contact times, temperatures, flow rates, and operator sign-off — automatically, from a mobile checklist completed during the CIP itself. When an auditor asks for the CIP log for Line 3 over the past 90 days, it is a 30-second report export, not a 3-hour binder review.
CIP compliance logAudit-ready PDFTemperature recording
02
Filler and Seamer PM That Prevents the Stops That Kill Your OEE
Fill valve seal wear, seaming chuck wear, and carbonation pressure drift are all predictable — they follow wear curves that allow scheduled replacement before failure. Oxmaint tracks fill weight trends and seam measurement data across shifts, alerting maintenance when parameters trend toward the action limit rather than after they breach it. The resulting planned replacement takes 20 minutes at a scheduled time. The unplanned failure it prevents typically takes 90 minutes and happens during peak production.
Fill weight trendingSeam measurement trackingCondition-based PM
03
Pasteuriser CCP Monitoring With Automated Corrective Action Workflow
Oxmaint integrates with pasteuriser temperature and flow monitoring systems — feeding CCP parameters directly into HACCP records without manual data entry. When a temperature drops below the critical limit, Oxmaint simultaneously alerts the food safety team, creates a corrective action work order, and records the deviation with timestamp and process values. The hold decision and product disposition documentation are captured in the same record — not on a separate piece of paper that may or may not match the temperature log.
Temperature CCP integrationAuto corrective actionProduct hold documentation
04
Changeover Management That Reduces Lost Time Between SKUs
In a multi-SKU beverage operation, changeover time between product variants — particularly allergen-containing and allergen-free runs, or between product types requiring different carbonation levels — directly drives line efficiency. Oxmaint tracks each changeover as a timed work order with a configured standard time, capturing actual duration against standard and flagging overruns. Pareto analysis of changeover overrun by product pair and by shift identifies the specific changeovers where standardisation and job preparation investment produces the highest return.
Changeover time trackingSMED data captureAllergen verification workflow
+22 pts
OEE improvement at a UK beverage canning operation within 14 months of Oxmaint deployment — filler and seamer PM compliance improved from 58% to 94%
Zero
CIP compliance failures in two consecutive BRC audits at a soft drinks manufacturer after deploying Oxmaint's CIP schedule and digital documentation workflow
38%
Reduction in unplanned filler downtime at a craft brewery group after implementing condition-based fill valve replacement triggered by fill weight trend monitoring in Oxmaint
Frequently Asked Questions
Does Oxmaint support CIP cycle documentation for BRC and SQF food safety audits?
Yes. Each CIP cycle completed through Oxmaint generates a timestamped record with chemical concentration, contact time, temperature, and flow rate — all mandatory fields enforced before the work order can be closed. Records are stored against the equipment asset record with operator identity and digital sign-off. The BRC and SQF audit report exports the full CIP compliance log for any date range in PDF format, eliminating the manual compilation that consumes 8–16 hours before each external audit.
Start Oxmaint free to load the CIP documentation template for your line type.
Can Oxmaint integrate with our brewery's temperature monitoring and process control systems?
Oxmaint connects to temperature loggers, process controllers, and SCADA systems via REST API and MQTT — covering the major beverage industry platforms including Siemens, Rockwell, Schneider, and common brewing automation systems. Pasteuriser temperature, fermenter temperature, cold storage monitoring, and CO₂ detector feeds can all flow into Oxmaint asset condition records automatically. For equipment without network connectivity, Oxmaint's mobile app provides structured manual data entry with the same mandatory field enforcement and timestamp recording.
Book a demo to discuss your specific monitoring infrastructure.
How does Oxmaint handle maintenance planning around production schedules in a high-speed beverage operation?
Oxmaint integrates PM windows with production schedule visibility — maintenance supervisors see which lines are scheduled for production in the planning period and can position PM tasks in the gaps rather than conflicting with production runs. When a PM must be deferred because no production window is available, the deferral is recorded with a reason and reschedule date rather than silently skipped — preventing the accumulation of deferred PMs that drives reactive failures. The production-maintenance coordination dashboard shows PM compliance and production schedule side by side for the planning meeting.
Keep Your Beverage Lines Running at Full Capacity
CIP compliance, filler PM, pasteuriser monitoring, and changeover management — all in one platform with pre-built beverage industry templates. Free plan, no credit card, live in under a day.
