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A single haul truck sitting idle on a large surface mine can cost a company thousands of dollars per hour. Most operations already have sensors
Ultrasonic monitoring offers a different way to spot equipment problems: listen for changes before they become obvious through heat, vibration, or other conventional indicators. A
It’s not always clear how to start a pilot for condition-based maintenance, especially when you’re new to condition monitoring. A pilot gives you a way
Equipment rarely fails without warning, but those warnings are easy to miss when maintenance decisions depend on fixed schedules or visible symptoms alone. By the
Keeping critical equipment running means knowing when its condition starts to change, preferably before that change becomes an unexpected failure. But traditional inspections only provide
A bearing failure shuts down a line, and the first question everyone asks is “why?” The answer is usually more useful than most teams expect.
A single haul truck sitting idle on a large surface mine can cost a company thousands of dollars per hour. Most operations already have sensors on their critical equipment, yet failures still catch maintenance teams off guard. The disconnect sits
Ultrasonic monitoring offers a different way to spot equipment problems: listen for changes before they become obvious through heat, vibration, or other conventional indicators. A worn bearing, a compressed air leak, or an arcing electrical connection can produce high-frequency sound
It’s not always clear how to start a pilot for condition-based maintenance, especially when you’re new to condition monitoring. A pilot gives you a way to evaluate a new maintenance approach before committing to a full-scale rollout. But even a
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When budgets are tight, maintenance and reliability leaders have to make tough decisions about where to invest. Learn how to prioritize what matters most, make the most of available resources, and build a stronger case for the funding you need.
Headed to SMRP? Connect with the UpTime team ahead of the show to schedule a one-on-one or booth meeting.
Finding failures isn’t the finish line; it’s the starting point. Discover how to escape the Cycle of Doom by using condition monitoring to improve engineering, maintenance, procurement, and leadership decisions that prevent future failures.
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A single haul truck sitting idle on a large surface mine can cost a company thousands of dollars per hour. Most operations already have sensors on their critical equipment, yet failures still catch maintenance teams off guard. The disconnect sits
Ultrasonic monitoring offers a different way to spot equipment problems: listen for changes before they become obvious through heat, vibration, or other conventional indicators. A worn bearing, a compressed air leak, or an arcing electrical connection can produce high-frequency sound
It’s not always clear how to start a pilot for condition-based maintenance, especially when you’re new to condition monitoring. A pilot gives you a way to evaluate a new maintenance approach before committing to a full-scale rollout. But even a
Equipment rarely fails without warning, but those warnings are easy to miss when maintenance decisions depend on fixed schedules or visible symptoms alone. By the time a problem becomes obvious, the facility may already be dealing with lost production, emergency
Keeping critical equipment running means knowing when its condition starts to change, preferably before that change becomes an unexpected failure. But traditional inspections only provide a snapshot of equipment health, leaving plenty of time between checks for a problem to
A bearing failure shuts down a line, and the first question everyone asks is “why?” The answer is usually more useful than most teams expect. Bearing failure analysis exists to answer that question with data instead of guesswork, and the
Predictive maintenance can give maintenance teams earlier insight into developing equipment problems, but getting from a successful pilot to a reliable, facility-wide program is not always straightforward. The biggest predictive maintenance challenges often have less to do with the technology
When budgets are tight, maintenance and reliability leaders have to make tough decisions about where to invest. Learn how to prioritize what matters most, make the most of available resources, and build a stronger case for the funding you need.
Every industrial operation wants to move from reacting to failures to predicting them. Predictive maintenance data tells you something’s wrong, but it still leaves the “now what?” question unanswered. Teams are left to interpret warnings and guess at the right
