Choosing the right strategy, or a combination of strategies, depends on your specific needs and the criticality of your equipment.
For instance, consider a construction company managing both high-priority equipment, like a crane needed daily to lift heavy materials, and less-critical machinery, such as a backup generator only used during outages.
The crane is essential to project progress; any downtime directly affects productivity and delays work, so a predictive maintenance strategy, with sensors and frequent monitoring, would be ideal to keep it in top condition. This approach helps catch issues before they lead to a halt in operations, minimizing costly delays.
On the other hand, for the backup generator, which is rarely used, the company might choose preventive maintenance—conducting scheduled checkups every few months to ensure it’s ready when needed. Here, a more intensive strategy like predictive maintenance wouldn’t make sense financially, as the generator’s downtime is less likely to affect daily operations.