Reliability, methods & FMEA
Find out what really makes your equipment fail and remove the causes, not just the symptoms.
Our approach
Fixing the same fault every month is expensive. Reliability engineering means understanding why equipment fails, then acting on design, operation or maintenance so it does not happen again.
Our methods engineers use proven tools such as criticality analysis, FMEA and fault-tree analysis, and produce documentation your teams can actually use.
Sound familiar?
Chronic failures that are never resolved.
Missing or outdated procedures.
Poorly defined maintenance priorities.
Know-how resting on a few individuals.
How we work
- 1
Data collection
Failure history, team interviews, on-site observation.
- 2
Analysis
Criticality, FMEA and root-cause analysis of major failures.
- 3
Action plan
Technical changes, new routines, training, strategic spares.
- 4
Follow-up
Measuring action effectiveness and capturing lessons learned.
What we deliver
- Equipment criticality matrix
- FMEA for critical equipment
- Root-cause analysis reports
- Maintenance routines and work instructions
- Strategic spare parts list
- Prioritised action plan
What you gain
Causes are treated, so chronic failures disappear.
Effort goes to the equipment that matters most.
Documentation that stays in the company.
FAQ
What is an FMEA?
Failure Mode, Effects and Criticality Analysis lists what can fail, the consequences and severity, to define priority preventive actions.
How long does a study take?
From a few days for one machine to several weeks for a full line. We specify this in our proposal.
Do you train our teams?
Yes. Skills transfer is part of every assignment.