Battery-Powered vs. Wired Vibration Sensors: Choosing the Right Monitoring Approach

Compare battery-powered vs. wired vibration sensors on install time, coverage, and 3-year cost, and see where each one fits in your monitoring program.

Updated Sep 04, 2026

How AI Predictive Maintenance Improves OEE

See how AI predictive maintenance improves OEE by catching the equipment degradation behind Availability, Performance, and Quality losses.

Updated Sep 04, 2026

Electrical Monitoring: How to Spot Faults Early

Electrical monitoring catches winding, rotor, and supply faults before vibration ever sees them. The six parameters to trend and the thresholds that matter.

Updated Sep 04, 2026

How to Build a Predictive Maintenance Business Case

Build a predictive maintenance business case finance will approve. How to cost downtime, pick the right assets, model returns, and defend your payback.

Updated Sep 04, 2026

Barcode, RFID, or IoT: Choosing How to Track Your Assets

Barcode, RFID, or IoT for asset tracking? Compare what each technology can tell you, what it really costs, and how to layer them by asset criticality.

Updated Sep 04, 2026

What Breaks When Asset Tagging Isn't Standardized?

Unstandardized asset tagging breaks work order history, wastes wrench time, and erodes CMMS trust. See what fails first and how to fix it for good.

Updated Sep 04, 2026

How Multiple Data Streams Improve Condition Monitoring

One sensor tells you something is wrong. Multiple data streams tell you what, how severe, and when to act. See how they improve condition monitoring.

Updated Sep 04, 2026

Where Your Plants Stand on AI Maintenance Adoption

Discover where your plants really stand on the 4-Stage AI Maintenance Adoption Curve. Get a 3-year roadmap to reach predictive-native operations before your competitors do.

Updated Aug 31, 2026