Food & Beverage Manufacturing
Catch motor failures, electrical faults, and conveyor heat before they shut down production or start a plant fire
AVIAN delivers continuous thermal monitoring of your motors, conveyors, electrical panels, and compressors — condition-based alerts on overheating equipment before it halts production or creates fire risk.
Equipment and electrical failures are the #1 cause of plant fires
Electrical failures cause 20% of manufacturing fires. Mechanical failures cause another 17%. In food plants running 24/7, these aren't abstract risks — they shut down lines and destroy equipment.
20%
of manufacturing fires caused by electrical failure or malfunction
17%
caused by mechanical failure or malfunction
Where aging equipment and 24/7 production create constant fire risk
Food plants run hard and run continuously. The goal is to catch overheating equipment and electrical faults while the fix is still a work order — not an evacuation.
Motor and bearing overheating
Motors and bearings on conveyors, mixers, and processing lines run under constant load. AVIAN catches the thermal trend before a hot component seizes and shuts down the line.
Electrical panel and distribution faults
Overloaded panels, loose connections, and aging wiring generate heat long before they trip a breaker or start a fire. Thermal monitoring finds them early.
Refrigeration compressor failures
Compressor overheating can degrade refrigerant, damage equipment, and create fire or explosion risk with ammonia-based systems. A single failure can cost $200,000+ in product loss and downtime.
Combustible dust from dry ingredients
Flour, sugar, grain dust, and powdered ingredients are combustible. Heat near processing, conveying, or storage equipment in dusty environments can escalate fast.
Where aging equipment and 24/7 production create constant fire risk
Food plants run hard and run continuously. The goal is to catch overheating equipment and electrical faults while the fix is still a work order — not an evacuation.
Motor and bearing overheating
Motors and bearings on conveyors, mixers, and processing lines run under constant load. AVIAN catches the thermal trend before a hot component seizes and shuts down the line.
Electrical panel and distribution faults
Overloaded panels, loose connections, and aging wiring generate heat long before they trip a breaker or start a fire. Thermal monitoring finds them early.
Refrigeration compressor failures
Compressor overheating can degrade refrigerant, damage equipment, and create fire or explosion risk with ammonia-based systems. A single failure can cost $200,000+ in product loss and downtime.
Combustible dust from dry ingredients
Flour, sugar, grain dust, and powdered ingredients are combustible. Heat near processing, conveying, or storage equipment in dusty environments can escalate fast.
Where AVIAN watches
Coverage around production, utility, and fire-risk equipment
Food plants run across shifts, washdowns, temperature changes, and high-utilization assets. AVIAN focuses on the equipment where heat can stop production or create fire exposure.
Motors, bearings, mixers, and conveyors
Track mechanical heat on the moving equipment that keeps production lines running.
Electrical rooms, panels, and distribution
Identify loose connections, overloaded panels, and electrical hotspots before they become faults or fires.
Compressors and refrigeration equipment
Monitor utility assets where overheating can create downtime, product loss, or safety risk.
Dry ingredient and dust-prone process areas
Add early warning around flour, sugar, grain, and powdered ingredients where dust changes the risk profile.
From equipment heat to planned action
Catch thermal drift before it interrupts production
The goal is to turn a hidden fault into a scheduled work order, not a line stop, refrigeration loss, evacuation, or insurance claim.
Watch
Monitor across shifts
Cameras cover production equipment, utilities, electrical rooms, and dust-prone areas around the clock.
Detect
Flag abnormal equipment heat
AVIAN identifies persistent heat in motors, compressors, bearings, panels, and conveyors.
Alert
Reach the right shift team
Operators, maintenance, and on-call teams get location-specific context without waiting for a manual round.
Act
Repair before the line stops
Teams can inspect, clean, adjust load, replace parts, or stop equipment before a thermal issue spreads.
Proof and resources
Field examples and practical guides
How PLC Auto Stops Work with AVIAN Thermal Cameras
Most autostop conversations start in the wrong place.
Handheld FLIR vs. Fixed Thermal Monitoring
"We already have FLIR."
FLIR vs. AVIAN for Industrial Thermal Monitoring
If you're looking into thermal monitoring for your facility, you've probably come across FLIR. They're the biggest name in thermal imaging, and for good reason. They make excellent cameras.
PLC integration and auto-stop
How high-temperature events can trigger control actions when a plant requires it.
Benefits of condition monitoring
A practical overview of how condition monitoring reduces industrial downtime risk.
Why spot monitoring is not enough
Why manual temperature checks leave gaps in 24/7 production environments.
FAQ
Questions teams ask before they deploy AVIAN
What food and beverage assets should be monitored first?
Common first targets include motors, bearings, conveyors, mixers, compressors, electrical panels, utility rooms, dust-prone ingredient areas, and other assets where heat can stop production.
Can thermal monitoring help with refrigeration and compressor risk?
Yes. Continuous thermal monitoring can identify abnormal compressor or motor heat before equipment damage, product loss, or downtime escalates.
Does AVIAN work in dusty ingredient areas?
Yes, deployments can be designed around dry ingredient handling and combustible dust areas where heat near flour, sugar, grain, or powders creates added fire risk.
Can alerts reach teams across multiple shifts?
Yes. Alerts can be routed to operators, maintenance, safety, or on-call teams so heat events are not dependent on a single person walking past the asset.
Our Food & Beverage Package
One system across your motors, panels, compressors, and processing lines.
Built for food and beverage plants that need earlier warning on equipment heat, electrical faults, and fire risk across production and utility areas.
Coverage
Watch motors, electrical panels, compressors, and conveyor equipment across the plant
Thermal cameras are positioned around production lines, electrical rooms, utility areas, and processing equipment — focused on the assets where heat means downtime or fire.
Detection
Catch overheating equipment and electrical faults before they become fires or shutdowns
AVIAN tracks thermal behavior across your plant so a trending motor, loaded panel, or failing compressor is caught while the fix is still routine — not after it stops the line.
Response
Get alerts that reach your team immediately — day shift, night shift, or weekend
Your team gets setup support, alerting, and ongoing tuning so critical heat events are escalated quickly — no matter what shift is running or how lightly the plant is staffed.
Core AVIAN workflows
Go deeper on how AVIAN turns heat into action
AI thermal anomaly detection
How AVIAN spots abnormal heat before it becomes downtime or fire.
Thermal monitoring integrations
How alerts fit operator, maintenance, reporting, and control workflows.
Fire prevention and predictive maintenance
Why the same heat signal supports safety and reliability teams.