Most repaired machines return to alarm conditions not because the maintenance was wrong, but because no one confirmed the root cause was actually eliminated. This webinar explores how post-repair verification, especially laser alignment, transforms condition monitoring from a detection tool into a true prevention strategy.
The lubricants industry is being reshaped by electrification, sustainability demands, and digital innovation, forcing a rethink of how fluids are designed and managed. This webinar explores how EV trends, circular economy goals, and AI-driven monitoring are redefining lubrication performance and maintenance through 2030.
As industrial monitoring goes digital, reliability teams face a key decision: digital accelerometers or IEPE sensors with digital converters? This webinar breaks down both approaches, covering data integrity, frequency response, noise performance, and real integration, so you can confidently match the right technology to your application.
A subtle change in vibration was the only early warning, but it was enough to make a major difference. By acting on advanced diagnostics and continuous condition monitoring, a fertilizer plant in France avoided unplanned downtime and saved 9,300 tons of production. This case study shows how early detection, paired with expert analysis, turns potential failure into operational advantage.
Nicolas Bourdier, Khalid Achtal, Miguel Fernandez Sanz, Peter Popaleny
In condition monitoring and predictive maintenance, vibration analysis is one of the most effective techniques for detecting early signs of mechanical failure in rotating machinery. However, the accuracy and value of vibration data heavily depend on one critical factor: correct sensor positioning.
RYAM, a global leader in sustainable cellulose specialties and paper products, partnered with KCF Technologies to implement predictive maintenance using the Machine Health Platform. By shifting from reactive to proactive maintenance, RYAM achieved measurable benefits such as reducing downtime, improving equipment reliability, and cutting maintenance costs while furthering their commitment to sustainability.
Monitoring slow-speed bearings under very heavy loads, especially with sudden shock applications, is always challenging. This becomes even more difficult when using grease lubrication, as the grease fully covers the bearings, making physical inspection nearly impossible. We inspected the bearing and lubrication conditions using ultrasound technology...
In this webinar, we'll dive into the SETPOINT® solution and its unique ability to seamlessly integrate vibration data directly into the AVEVA™ PI System™. Discover how this capability is being used to monitor a variety of machines, including 37 reciprocating compressors, across 42 compressor stations along the 3,900-mile Northwest natural gas pipeline in the U.S.
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