Continuous monitoring for every conveyor on your line.
Trusted by industry leaders
MSAI Connect monitors conveyor belts, drive motors, rollers, distribution panels, and other assets continuously across thermal, visual, acoustic, vibration, and environmental signals. A belt running 20°C above baseline, sideguard friction building at a junction, a drive motor drawing harder than normal - each signal tells part of the story. When multiple domains point to the same developing fault, confidence is high before an alert reaches your team. That cross-signal corroboration is what a vibration program watching the motor alone can't give you. MSAI Connect sees the whole conveyor system.
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30 minutes. No commitment. We'll look at your conveyors, not a generic demo.
Built for reliability and operations teams in distribution, parcel, cold storage, and airports - where a single belt stoppage can halt the operation.
What is conveyor belt monitoring?
Conveyor belt monitoring is the practice of tracking the health of your belts, motors, drives, bearings, and rollers while the line runs - so you catch degradation before it becomes a stoppage. Most programs rely on a single technique: route-based thermal scans on drive motors, vibration sensors on the gearbox, manual walkdowns for belt tracking and sideguard wear, or threshold alarms on motor current. Each one sees a slice of the asset, never the whole picture.
Costs to operate in this fashion,
in horsepower per year
Condition based monitoring, across more than one signal
Condition based monitoring (CBM) schedules maintenance off actual asset condition instead of a fixed calendar. It only works as well as the signals feeding it.
- A vibration-only program can’t see a high-resistance connection in the drive panel or a belt running hot from sideguard friction.
- A thermal-only program can miss a developing bearing fault on the head pulley.
- Manual walkdowns catch misalignment - but only on the cycle you walk it.
MSAI runs thermal, visual, vibration, and environmental sensing together and corroborates across them, so condition based maintenance decisions on your conveyors rest on more than one data source.
By the time the belt stops, the damage is already done. The question is what your monitoring isn’t watching.
You already know your belts and drives degrade between inspection cycles - you just can’t see it. Threshold alarms react at the fault condition, not the drift leading up to it. And whatever single technique you’re running only catches the failures that announce themselves through that one signal.
Reliability teams describe the same three blind spots on conveyors:
“We have vibration on the drive motor — but the belt, the rollers, and the panel feeding the drive aren’t really covered.”
“Usually we find out when the belt stops. The line goes down and we respond.”
“We track motor amps and vibration. Belt tracking and electrical heat aren’t monitored continuously.”
That third one is where the most expensive failures live. Vibration covers the rotating side of the drive and misses sideguard friction, belt mistracking, and drive-side electrical heating - and any of those will take a line down faster than a bearing failure will.
See how multi-sensor detection closes the gapThree gaps single-sensor monitoring leaves open on your conveyors. MSAI Connect closes all three.
MSAI Connect runs fixed-mount thermal, visual, vibration, and environmental sensing on your conveyor assets, unified through the MSAI Hub as an intelligence layer above the systems you already run. It doesn’t replace your CMMS, SCADA, or BMS - it surfaces what they can’t see.
See the whole conveyor — continuously.
Vibration protects the drive motor but can’t see a hot connection in the panel feeding it, a phase imbalance on the VFD, sideguard friction, or a belt running hotter than baseline. MSAI spans electrical, mechanical, and environmental — so the failure gets caught whichever domain it develops in.
Timing — continuous, not a sample.
Vibration platforms that sample periodically capture as little as 1–10% of operational time. A belt that starts tracking off-center mid-shift, or a roller that begins running hot between routes, is invisible between windows. MSAI monitors continuously, so an anomaly is visible within minutes of onset — not hours later when the next sample is taken.
Modality — corroborated, not isolated.
A single sensor forces a choice between sensitivity and noise. MSAI correlates signals across modalities, and expert-guided signal calibration tunes the system to your environment — so when an anomaly is confirmed across thermal, vibration, and visual, it’s credible, and a one-off blip on a single channel doesn’t escalate. That’s why MSAI alerts get acted on instead of dismissed.
One platform, every part of the conveyor system.
From the drive motor and VFD panel, through the gearbox and head pulley, across the belt itself, the sideguards, the rollers, and the take-up - MSAI Connect monitors the assets and failure points that take conveyor lines down.
What you give up monitoring conveyors with a single sensor.
This is the gap. A single sensor is one domain, sampled part of the time, with no way to confirm itself. MSAI is continuous, cross-domain, and corroborated - across every conveyor on the line.
What one conveyor stoppage costs - and what catching it early is worth.
A single unplanned conveyor stoppage runs $12K–$24K once you count the halted line, idled labor, the emergency callout at premium rates, and the secondary damage a seized belt or drive takes out with it. The value of continuous, multi-sensor monitoring is the difference between that event and a part you swap during planned downtime.
The proof is documented, not theoretical
- Detected a conveyor belt running ~20°C above baseline in a high-throughput fulfillment center - repaired before failure, ~$10K in downtime avoided.
- Identified belt misalignment and sideguard friction early - corrected during scheduled downtime, ~3 hours of downtime and ~$18K in labor costs avoided.
- Caught friction caused by trapped material in a conveyor system before it escalated — ~4 hours of downtime and ~$24K in operational impact avoided.
- Flagged an imminent belt failure in a tray routing system — downtime cut from ~4 hours to ~1 hour, ~$18K avoided.
- Early detection across conveyance assets at a Fortune 50 distribution facility — full ROI within roughly one month, ~30% downtime reduction, 11x throughput improvement on the affected line.
What reliability and operations leaders tell us about MSAI on their conveyors.
avoided per unplanned conveyor stoppage - full ROI within ~1 month at a Fortune 50 distribution facility.
Our vibration program was on the gearbox. MSAI caught a hot connection in the drive panel weeks before it would've taken the whole line down.
Baggage belts can't wait for a quarterly walkdown. We see the drift now - misalignment, friction, motor heat - and we fix it on our schedule instead of at 4 a.m.
The difference is trust. When MSAI Connect flags a conveyor, my team acts on it - we're not chasing alarms that turn out to be a bad sensor.
What you’ll see in 30 minutes
Live multi-sensor monitoring on real conveyors — what corroborated detection looks like when thermal, vibration, and visual line up on the same developing belt or drive fault.
How continuous trending surfaces belt and drive degradation between inspection cycles, and how expert-guided calibration keeps alerts credible.
What deployment looks like on a conveyor line like yours — sensors, the MSAI Hub, and how it layers onto the SCADA, CMMS, and VMS systems you already run.
$12K–$24K avoided per unplanned conveyor stoppage.
Documented at a Fortune 50 distribution facility, with full ROI inside roughly one month.
Short FAQ
Stop trusting one sensor, sampled part of the time, to catch every conveyor failure. See the whole belt - continuously.
30 minutes. No commitment.