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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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Flat Bases and Why They Matter

In reliability and maintenance, base-related vibration and alignment problems have been common issues encountered. Problems such as: Soft foot Bearing misalignment within machines – such as motors, pumps, compressors, etc.…

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Perspective

I don’t know about you, but in my nearly 45 years in industrial maintenance, there have been times when I felt stumped when trying to solve a problem. Sometimes you…

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The Fixturlaser Level

The Fixturlaser Level is a two-axis level sensor that can be used wherever precision level measurements are required. It can be used to level machine bases or beds, bearings and…

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Flatness Measurement Repeatability Test

When performing the Ariel ER-82 Top Plane Compressor Frame Measurement, surrounding reciprocating compressors in operation may cause repeatability issues due to excessive vibration. To compensate for high/excessive vibration the Sampling…

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X, Y, Z Axis. What do they stand for?

Everything must have perspective, a point of view, to be communicated. To communicate the three spatial dimensions, we use the X,Y, Z coordinates. These denote height, width and depth. In…

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OEM Specifications

Whether instructing a training class for precision shaft alignment or geometric measurements, the topic of machine specifications frequently comes up. Specifications such as shaft alignment tolerances, bolt torque values, frame…

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