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Proactive maintenance is a preventive approach that aims to anticipate problems (failures or defects) and stop them before they occur. While any preventive maintenance program would schedule work based on time or usage-based triggers, proactive maintenance takes a more focused approach.

While reactive maintenance can sometimes be more cost-effective in the short term, proactive maintenance reduces the risk of unexpected breakdowns and associated costs and disruptions. Consider a manufacturing facility that relies heavily on its machinery for daily operations.

While proactive maintenance endeavors to get to the root cause of a potential problem, predictive maintenance collects relevant data to appropriately schedule routine fixes to ensure equipment is operating effectively.

The main difference between preventive and predictive maintenance is how maintenance work is triggered and scheduled. Preventive maintenance is scheduled regularly based on triggers like time and usage, while predictive maintenance is scheduled based on machine data that measures the asset's condition.

Proactive: identify safety concerns before safety events happen; and. Predictive: anticipate future exposure based on past performance data.

Often termed as proactive maintenance, this approach entails periodically pausing the operation of assets for inspections or repairs based on set intervals, either time-based or event driven. The main objective here is to enhance the asset's lifespan and ward off potential malfunctions.

Proactive maintenance is a maintenance strategy that corrects the source of underlying equipment conditions. The goal of proactive maintenance is to reduce unplanned downtime, equipment failure, and risks associated with operating faulty equipment.