Mastering Uncoupled Shaft Alignment

Machine with laser sensors during an uncoupled alignment

When rotating equipment runs out of alignment, the consequences are serious, from premature bearing wear and seal failures to costly unplanned downtime. In some cases, shafts are so misaligned (or…

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How Laser Flatness Measurement Works

Laser flatness measurement utilizes a laser to project a precise plane or line of sight, serving as a reference for detecting deviations from a perfectly flat surface. By comparing the…

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Axial Spacing of Flexible Couplings

flexible coupling on table

What is often called “axial alignment” of couplings is really not shaft alignment at all.  Proper shaft alignment consists of offset (parallel) alignment and angular alignment, which is really the…

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Common Causes of Machine Unbalance

Machine unbalance, a common culprit behind excessive vibration and premature equipment failure, can stem from various issues. This post explores the various causes, such as manufacturing imperfections and assembly mistakes,…

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The 4 Senses of a Vibration Technician

Collecting vibration data is a crucial step in a reliability program. However, it is just one step in the process. Consistently collecting accurate data under varying operating conditions is essential…

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A Craftsman NEVER Blames the Tools!

I heard this saying recently, and I like it a lot!  Whether we are talking about woodworking, precision maintenance, shaft alignment, or any number of other crafts or technical operations-it…

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Recycle, Recycle, Recycle

  Often times customers ask the question how can we keep it going? “How can I continue to train my technicians with the principles they learned in your class?” Craftsmen…

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