Production equipment for dairy, bakery, brewing, beverage filling, and food processing, fillers, pasteurizers, retorts, freezers, and packaging lines.
Food and beverage lines live on the knife-edge between throughput and sanitation. A line that hits its rate but skips a CIP step produces product that can hurt people. A line that follows CIP rigorously but cannot hit rate produces nothing to sell. Maintenance in this category is about keeping both sides of that trade-off healthy.
When a CIP cycle starts failing (conductivity not dropping, temperature not hitting spec, residual on the final rinse), the issue is rarely the CIP skid. It is usually a spray ball fouled with residue, a pump that is cavitating because the cleaning solution level is low, or a sensor that is reading the wrong thing. Walk the cycle step by step. Watch the numbers. The failure will identify itself.
Filling accuracy degrades for a small number of causes. Worn valves. Air entrainment on the product side. CIP contamination in the product path. Temperature drift changing fluid viscosity. Before you recalibrate, check the hardware. A worn filling valve will never calibrate.
Format changes, product changes, and packaging changes all create windows where the line is in transition.
Freezers and blast cells are unforgiving workplaces. Frostbite, slip hazards, and equipment that behaves differently at low temperatures. Wear the cold PPE. Respect surfaces that are wet or icy. Most of the injuries in this category are from slips and falls, not from the equipment itself.
Tetra Pak
Pasteurizer / HTST System for Food & Beverage production
GEA Ariete
Homogenizer for Food & Beverage production
Krones
Filler / Capper for Food & Beverage production
Krones
Labeler / Cartoner for Food & Beverage production
Tetra Pak
CIP / SIP System for Food & Beverage production
Frick (Johnson Controls)
Industrial Refrigeration / Blast Freezer for Food & Beverage production
Allpax (ProMach)
Retort / Sterilizer for Food & Beverage production
Deeper explainers and background reading for technicians working in food & beverage.
Preventive maintenance replaces the 'run it until it breaks' approach with scheduled inspections and part replacements. Plants that run a solid PM program see 25-30% fewer emergency work orders within the first year. Here is how to build one that sticks.
Pumps fail for predictable reasons: cavitation, dry running, seal wear, misalignment, and a handful of others. Once you know the eight patterns, you can set up monitoring and PM tasks that catch each one early. This guide covers every common failure mode with prevention steps.
The essential maintenance KPIs with formulas, benchmarks, and improvement strategies. OEE, MTTR, MTBF, PM compliance, schedule compliance, and more.
Poor lubrication causes up to 40% of bearing failures. Wrong grease, wrong amount, wrong interval, or contaminated supply are the usual culprits. Getting lubrication right is the single highest-ROI maintenance improvement most plants can make.
Images on this page sourced from Freepik. Credits: romanzaiets, Albaregiya, reflex-ajans, balearicdynamics, rito_succeed, rivertime.
