Conveyor Idler Monitoring AI

Bring real-time intelligence to every idler along the conveyor with Roboflow Vision AI for conveyor idler monitoring. Built for mines, ports, and bulk terminals where kilometers of conveyor carry thousands of idlers, and where a single seized roller can wear through a belt, start a fire, or stop the plant.

Roller condition:

• Detect seized and stopped rollers by watching roller rotation against belt movement, with a model trained on your own galleries.
• Find missing rollers and empty idler frames, and flag worn, cracked, and flat-spotted roller shells.
• Spot rollers with damaged end caps and seals before the bearing fails.

Frames and surroundings:

• Detect bent frames, misaligned idler sets, and training idlers out of position.
• Flag material build-up, spillage, and carryback around idlers and return rollers.
• Watch for belt tracking problems that point to an idler set out of alignment, next to conveyor belt monitoring.

Locate and plan:

• Tie each finding to a conveyor, gallery, frame number, and roller position so the work order names the exact part.
• Trend idler condition over weeks to plan changes during scheduled shutdowns.
• Send findings and images to the maintenance system, and a stop signal to the PLC when a critical fault appears.

Bring intelligence to every idler today. Stop seized and missing rollers from becoming belt damage, fires, and unplanned shutdowns.

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Frequently asked questions

What is conveyor idler monitoring with Vision AI?

Conveyor idler monitoring with Vision AI uses fixed gallery cameras, rail-mounted inspection robots, drones, or handheld devices and a trained computer vision model (opens in a new tab) to find seized, missing, worn, and damaged idler rollers, bent or misaligned frames, and build-up around idlers, then tie each finding to its exact position. It is part of predictive maintenance and conveyor belt monitoring across computer vision in mining.

Can Vision AI tell a seized idler from one that is turning?

Yes. A seized roller is one of the most important faults to catch, because it wears a flat spot and cuts into the belt. The model detects each roller and compares its surface motion across video frames to the speed of the belt above it, so a roller that stops or slows while the belt runs is flagged with its position.

Does conveyor idler monitoring support MSHA and ISO 55000 programs?

Conveyor idler monitoring supports conveyor safety programs under MSHA 30 CFR Part 56 and 57 (US metal and nonmetal mine safety standards), condition monitoring practice in ISO 17359 (general guidelines for condition monitoring and diagnostics of machines), and ISO 55000 (the asset management standard), with image records for each idler finding.

Roboflow serves as the inspection engine, and your reliability and maintenance teams own the fault criteria, change priorities, and shutdown plans.

Can it integrate with our maintenance system and SCADA?

Yes. Roboflow sends findings, positions, and images over REST (opens in a new tab), MQTT, or OPC UA, or writes them to a database, so they create work orders in SAP PM, IBM Maximo, Pronto, or Fiix, and feed SCADA and historians such as Ignition and AVEVA PI. Findings can also be joined with belt scale, drive current, and vibration data for a full picture of each conveyor.

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