Predictive Maintenance Blogs
How to Conduct a PFMEA: A Step-by-Step Guide for Maintenance Techs
Recurring failures are typically an indicator of a bad process. A well-crafted process failure mode and effects analysis identifies workflow vulnerabilities before they create unplanned downtime. By contrast, a poorly formed process results in assets with inexplicably failing health and incomplete reporting. Understanding how to conduct a PFMEA is critical to ensuring a good process.…
Read More5 Biggest PFMEA Mistakes to Avoid in Maintenance
Most PFMEA failures stem from how your team conducts the analysis. Teams conduct a process failure mode and effects analysis with the right intentions, then undermine the results by skipping a step, relying on the wrong inputs, or letting corrective actions go unexecuted. Avoiding PFMEA mistakes requires more than understanding the methodology. It requires recognizing…
Read MoreEAM Workflows and Their Impact on Maintenance Speed
Maintenance work rarely stalls because of the tasks themselves. Instead, it stalls because a request is still waiting to be assigned or a technician needs asset history data before they can get started. Those missing steps in between represent key failures of workflow structure that interrupt the whole process. Enterprise asset management (EAM) software removes…
Read MoreGuiding Your Asset Replacement Decisions with EAM Software
Replacement decisions are easy to defer. Each individual repair appears cheaper than replacement, and, individually, each one often is. The problem is that repairs accumulate over time. Without a system tracking the running total, the cumulative total is never fully visible. As a result, the point at which replacement becomes the better financial option passes…
Read MoreHow to Reduce Spare Parts Waste with EAM
Spare parts waste is a common data problem. Teams without reliable consumption data tend to over-order, leading to decisions that aren’t based on maintenance history. These estimations lead to parts being replaced when they don’t need to be or being under-ordered, causing repair delays. The result is that stock accumulates, expires, or becomes obsolete. Enterprise…
Read MoreWhy Predictive Maintenance Works Best with an EAM Platform
You invest in sensors and condition monitoring. Your team starts getting alerts, but ultimately not much changes. Failures still happen, alerts pile up, and consequently technicians stop trusting them. In the end, leadership starts asking why the ROI isn’t materializing. The problem usually isn’t the predictive technology. Rather, it’s that the technology is running in…
Read MoreHow Automated EAM Data Analytics Helps Identify Failure Trends
Your operation is always generating failure data, but statistics indicate that only about 44% of it is used correctly. That’s not because it’s missing, but typically because it isn’t connected for a proper analysis. Most often, that’s because most of this data is stored in different systems. Enterprise asset management (EAM) software solves this problem…
Read MoreUnlock Proactive Asset Maintenance with EAM Software
Most maintenance teams aim to be proactive, but the daily pressure of urgent repairs pulls attention toward whatever just broke. Over time, reactive work starts to dominate the schedule. Reactive maintenance isn’t inherently a problem. In fact, it’s about 40% of a healthy ratio, with planned maintenance taking up the remaining 60%. When it comes…
Read MoreEAM Software: The Key to Simplifying Routine Maintenance
Most routine maintenance problems arise from coordination problems rather than equipment issues. We see this regularly in our industry: In these cases, the friction isn’t in the work itself; it’s in everything surrounding it. EAM software centralizes these processes by consolidating scheduling, tracking, and execution into a single system. Simplify Routine Maintenance with EAM Software…
Read MoreHow AI Transforms Root Cause Analysis for Maintenance
Using AI helps maintenance teams move beyond guesswork, uncovering root cause issues in historical data and reducing repeat breakdowns. The gap between identifying a failure and understanding why it keeps happening, however, has historically been wide. The average manufacturing plant loses 326 hours of production to unplanned downtime annually. For most facilities, a significant portion…
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