The Metric Showdown: When Ops and Engineering Speak Different Success Languages
Operations celebrates meeting production quotas. Engineering celebrates optimized KPIs. Both are technically right, but functionally at odds. This cartoon expos... Read more.
Why Water Ingress in Bearings Is a Hidden Threat to Reliability Programs
It starts as a trickle. A high-pressure hose during cleaning. A humid environment. A failed seal no one noticed. And then—failure. Not mechanical failure in t... Read more.
Motor Current Analysis: The Non-Invasive Way to Read Your Motor’s Mind
You’ve heard of condition monitoring. You’ve used vibration, thermography, maybe even ultrasound. But if you’re ignoring motor current analysis (MCA),... Read more.
How “Within Spec” Thinking Can Undermine Equipment Reliability Goals
“It’s Within Spec” — The Most Dangerous Phrase in Maintenance A glowing red bearing clearly in thermal distress, and the technician shrugs: “Says righ... Read more.
Why Maintenance Acronyms Confuse New Hires (And What To Do About It)
Maintenance Acronyms for New Employees: Helpful or Hurdle? Imagine walking into your first day on the job, cup of coffee in one hand and donut in the other, onl... Read more.
Why Outdated SOPs Undermine Operational Reliability and Performance
The Dangerous Complacency of Outdated SOPs When’s the last time you looked at your SOPs? Not skimmed—looked. If your answer is measured in years, you’re a... Read more.
Why Shaft Misalignment Causes Failures: Installed by Sight, Aligned by Hope
The cartoon is funny because it’s true. A lot of “alignment” out in the field is really just guesswork in disguise. Two flanges look like they match up? G... Read more.
How Excel Data Whisperers Spot Bearing Failure Trends Before It’s Too Late
In the digital age of industrial maintenance, where condition monitoring software and AI-powered diagnostics dominate the headlines, it’s easy to overlook... Read more.
Why Critical Spare Parts Disappear and What to Do About It Permanently
Why Critical Spare Parts Disappear and What to Do About It Permanently You walk into the storeroom expecting a simple answer. The tag says “CRITICAL SPARE –... Read more.
Maintenance Optimization: Strategies, Methods, and Results
Maintenance optimization is a method to improve maintenance strategies to help ensure that machinery operates reliably. The objective is to keep costs, downtime... Read more.
Why Data Matters in Maintenance: Corey Dickens on CMMS
In this insightful episode of CMMSRadio, Corey Dickens, Senior Solutions Consultant at Brightly and a Certified Maintenance & Reliability Professional (CMRP... Read more.
P-F Interval and P-F Curve: A Quick Explanation
The P-F Interval represents the time between an asset's Potential Failure (P) and Functional Failure (F). To understand this concept clearly, let's break it dow... Read more.
The Case for Simplicity in Reliability and Maintenance
In this video, Christer Idhammar from IDCON discusses the role of simplicity in reliability and maintenance management. He highlights how avoiding unnecessary c... Read more.
10 Steps to Launch and Sustain a Reliability Strategy with Solid Support
Launching, sustaining, and continuously improving a new reliability strategy requires strong support across the organization, beginning at the highest levels of... Read more.
Planned Maintenance Percentage (PMP): Measuring Maintenance Success
Planned Maintenance Percentage (PMP) is a metric used in maintenance management to evaluate the effectiveness of a maintenance program. It measures the proporti... Read more.
Robot Utilization Rate Explained
The Robot Utilization Rate is a key performance metric used in manufacturing and automation to measure the efficiency and productivity of robotic systems. It te... Read more.
How to Measure and Improve Human-Robot Interaction Efficiency
Human-Robot Interaction (HRI) efficiency refers to how effectively and smoothly humans and robots can work together to achieve shared goals. To grasp the concep... Read more.
Mastering Cycle Time Reduction Through Robotics
Cycle time reduction due to robotics is an essential concept in manufacturing, logistics, and other industries where time efficiency directly impacts productivi... Read more.
How the 5 Whys Method Uncovers Root Causes
The 5 Whys method is a simple but powerful technique for uncovering the root cause of a problem by asking the question "Why?" five times in succession. It's a f... Read more.
Industrial Electric Motor Maintenance: Best Practices and Key Considerations
Electric motors are the backbone of industrial operations, powering machinery and equipment across various sectors. Proper maintenance is essential to ensure th... Read more.
