FPT Powertrain: +30.4% tool life on a €4.6M/year station

Injector bore finishing. Tool overconsumption of €4.6M a year across the site, irregular wear, and interruptions nobody saw coming. Lesly took tool life from 230 to 300 minutes.

The field challenge

On this station the tool is the dominant cost line: €4.6M a year of consumption at site level. Wear was irregular, maintenance insufficiently proactive, and interruptions arrived without warning. Every minute of tool life gained converts straight into euros — one of the rare cases where ROI needs no explaining.

Seven days ahead of the temperature sensors

The most telling result is not the lifetime gain: it is the spindle grease shortage detected seven days before the temperature sensors raised the alarm. Physical monitoring waits for the symptom to become thermal. KM0 sees the drift in axis torques and currents long before heat betrays the fault. On a station at this cost level, seven days of lead time change the very nature of the intervention.

Critical axis drift: ball screw and linear bearings named on the 3D twin, with the most influential variable identified.

+30.4% tool life on a €4.6M/year station is a direct savings lever. Detecting grease shortage 7 days before the temperature sensors proves, with figures, Lesly’s superiority over classic physical monitoring.

Decisive argument — ref. DAS-DIA-160626-UC-001

The gain is immediately quantifiable

230 to 300 minutes per tool against a known annual consumption: the arithmetic needs no assumptions.

Anticipation before tolerance

Faults are flagged before tolerances are exceeded, therefore before the first out-of-spec part.

Superiority demonstrated, not claimed

Seven days ahead of installed physical sensors: the comparison was run on the same machine.

If your tooling cost runs into millions, the payback calculation is immediate. We run it with you on your own figures.

Calculate your ROI

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