A ladle crane in a BOF or EAF shop is never just lifting steel — it is carrying two hundred tons of molten metal across a walkway lined with people, three or four times an hour, in heat that would shut down almost any other class of machine. When a girder develops a fatigue crack nobody caught, or a hoist gearbox seizes mid-lift, the outcome is not a maintenance ticket — it is a spilled ladle, a shut line, and an incident report nobody wants to write. Most mills still run these cranes on OEM calendar intervals that have nothing to do with how hard that specific crane worked last week. Track it with Oxmaint — free trial, live in under 60 minutes.
Where Ladle Cranes Actually Fail
Four zones account for almost every unplanned ladle crane failure in a steel shop. Each one behaves differently under load, and each one needs a different kind of condition data to catch a problem before it becomes an incident.
Why Calendar-Based Maintenance Fails Ladle Cranes
An OEM manual gives every crane of a given model the same inspection interval, regardless of whether it ran three lifts a shift or thirty. A ladle crane that spent a week covering for a sister crane under repair has absorbed months of extra fatigue cycles the calendar knows nothing about. By the time the next scheduled inspection rolls around, a girder weld that was fine in January can already be cracking, and a gearbox running hot for weeks can already be shedding metal into its own oil. Oxmaint replaces the fixed interval with actual duty-cycle and condition data pulled from the crane itself, so the next inspection is triggered by how the crane has actually worked. Book a demo to see duty-cycle-based scheduling for your fleet.
A Seized Hoist Brake Doesn't Send a Warning. It Sends a Ladle Down.
Oxmaint turns girder strain data, gearbox vibration, and trolley wear into scheduled work orders before a failure becomes a shutdown or a safety incident.
From Sensor Reading to Work Order in One Flow
Condition data does nothing sitting in a historian nobody checks. Oxmaint closes the loop from the sensor to the technician's hands automatically.
Built Around Crane Safety Standards, Not Generic PM
Oxmaint vs Other CMMS Platforms for Crane PdM
Swipe to view full comparison table
| Capability | Oxmaint | MaintainX | UpKeep | Fiix (Rockwell) | Limble CMMS | IBM Maximo | Hippo (Eptura) |
|---|---|---|---|---|---|---|---|
| Girder Stress Monitoring | Strain trend + fatigue alerts | Not available | Not available | Custom config | Not available | Custom build | Not available |
| Gearbox Vibration Analysis | Built-in trending | Not available | Limited | Rockwell ecosystem | Not available | Configurable | Not available |
| Trolley Wheel Wear Tracking | Distance-based scheduling | Calendar PM only | Calendar PM only | Configurable | Calendar PM only | Full (complex) | Calendar PM only |
| Load Cell Overload Alerts | Real-time threshold alerts | Not available | Not available | Enterprise tier | Not available | Custom build | Not available |
| Offline Mobile | Full offline + sync | Online only | Limited offline | Limited offline | Limited offline | Limited | Online only |
| Deploy Time | 7–21 days | 2–3 weeks | 2–4 weeks | 4–12 weeks | 1–2 weeks | 6–18 months | 2–6 weeks |
Proven Results
The Next Ladle Lift Will Test Every Weld, Gear, and Wheel on That Crane.
Girder fatigue tracking. Gearbox condition monitoring. Trolley wheel wear scheduling. Load cell alerts. All from one platform — running in 21 days.
Data Security
Frequently Asked Questions
Does Oxmaint replace strain gauges and vibration sensors already on the crane?
How does duty-cycle-based scheduling differ from a calendar PM?
Can Oxmaint track multiple ladle cranes across a BOF and EAF shop at once?
Does the mobile app work for crews on the crane runway without network access?
How long does it take to deploy PdM tracking for an existing ladle crane fleet?
A Fatigue Crack You Can't See Is Still a Fatigue Crack.
Condition-based PdM for girders, gearboxes, and trolley wheels — built for the duty cycle a ladle crane actually runs. Free to start. Running in 21 days.
