3-Dimensional PMOptimizationSM
PM Task Pass/Fail Analysis
- Initial Optimization
PM Tasks are reviewed, rationalized and optimized to:
• Understand logical basis behind existing PM
• Determine which PM tasks add no value
• Determine the right/best task
• Find best way to execute right task
• Assign appropriate task typemore... - PM Task Pass / Fail Analysis
After the Initial Optimization, PM tasks remain optimized through continuous feedback of PM results found during PM execution, tracked at a failure mode level.more... - Equipment Reliability Analysis
PMs are continuously optimized via feedback from other equipment performance tracking systems beyond the PM system such as:
• Computer Maintenance Management System
• Downtime Tracking System
• Overall Equipment Effectiveness Tracking
• PLC Fault Trackingmore... 
Reliability Fusion is the software hub that provides automation for all three dimensions of LAI's 3-Dimensional PMOptimizationSM process.more...
Net Gains:
- Reduce PM Labor Hours by 40%
- Reduce Scheduled Downtime by 35%
- Increase PM Coverage by 50%
2nd Dimension: PM Task Pass/Fail Analysis | 1st Dimension | 3rd Dimension
After the Initial Optimization, ensure PM tasks remain optimized through continuous feedback of PM results as found during PM execution, tracked at a failure mode level.
Benefits:
- PM Tasks are continuously optimized.
- The feedback loop from the crafts results in improvements to the process, often strengthening otherwise strained relationships.
- Because PM Tasks are optimized and performance is evaluated at a failure mode level, much more accurate data is available for calculating the following Performance Metrics or KPI's (Key Performance Indicators:
- The elusive MTBF (Mean Time between Failures) measure can actually be measured at the failure mode level, versus the equipment or process level which is virtually meaningless!
- PM Compliance at a failure mode level
- PM Effectiveness
Learn more...