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Heavy truck manufacturer · assembly line

A line breakdown diagnosed in 10 minutes, in real conditions

On a heavy truck assembly line, an engagement table stops: a fuse blown by repeated lifting cycles. The test takes place in production, during a Mimorian pilot.

10 min
to work back from symptom to cause, according to the client's written report
3 parts
spare parts saved from a needless replacement
1.5 hrs
of repair time avoided on the intervention

About this case

Test carried out in real conditions during a pilot, on a breakdown that occurred in production. The result figures are those of the client's written intervention report. Site anonymised.

The situation: a line that stops, a pilot that lands at the right time

The maintenance team is testing Mimorian on a powertrain assembly line. A real breakdown occurs during the pilot: the engagement table stops after a series of lifting cycles.

The scenario is everyday life on the line: a visible symptom, several possible causes, and a line that waits.

The blocker: several possible causes, a cost at every attempt

Without a method, the reflex is to replace parts one by one until the line restarts. Every part changed for nothing costs a part from stock and dismantling time.

The gap between an expert and a novice plays out exactly there: the expert rules out the false leads fast. When the expert is away, the line waits.

The intervention: from symptom to cause, guided step by step

The technician opens Mimorian in front of the breakdown and describes the symptom.

The symptom stated in natural language

The engagement table stops after lifting cycles. Mimorian draws on the functional graph of the line to propose ranked hypotheses, from the most likely cause to the least likely.

The hypotheses tested in order

Each hypothesis points to the component to check and the test to run. The reasoning stays visible: the technician keeps control and understands why this component is being checked.

The cause confirmed: a blown fuse

The diagnosis works back to the fuse in 10 minutes, with no needless dismantling. The repair is limited to the component actually at fault.

The result: a first conclusive test, written up by the client

The client's report concludes: 10 minutes of diagnosis, 3 spare parts saved, 1.5 hours less repair time.

The same pilot also documented a limit: on a sensor alignment fault, without the documentation loaded into the tool, the diagnosis did not land. The value follows the material you feed the machine, and that is true in both directions.

A first conclusive test: 10 minutes of diagnosis, 3 spare parts saved and 1.5 hours less repair time. Conclusion written by the client.

Frequently asked questions

What does a technician gain on a simple failure like a fuse?

The gain lies in ruling out the false leads: working back to the cause in 10 minutes instead of replacing parts one by one. On this test, the client counted 3 parts saved and 1.5 hours of repair avoided.

What happens when the documentation is missing?

The same pilot showed it: on a sensor fault whose documentation was missing from the tool, the diagnosis did not land. Mimorian reasons on the material it is given, an accepted limit and a reason to scope the pilot carefully.

Does the technician have to follow the hypotheses blindly?

The opposite: every hypothesis is justified and traceable, the technician sees why it is proposed and keeps the decision. That is the principle of guided diagnostics, and supervision stays human.

Test Mimorian on a real breakdown on your line

The pilot format fits your sensitive equipment: one line, a few machines, real breakdowns. The value is measured in weeks.

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