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Confirming Dimensional Accuracy of a Precision Ball
A single diameter isn’t the only measurement parameter that can be used to ensure accuracy.
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When to Use 2D or 3D Surface Measurement
Instead of committing exclusively to 2D or 3D surface measurement, shops should consider their use cases.
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Tips for Choosing Filter Settings When Measuring Round Shapes
When interpreting measurement data, the correct filter setting is necessary to see the difference between surface roughness and part roundness.
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Automating the Indicator Calibration Process
Eliminate human error when calibrating precision hand tools by leveraging modern vision systems.
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Portable Surface Gaging in a Production Environment
Handheld portable surface gages are easy to use. But that doesn’t mean there aren’t challenges when scanning hundreds or even thousands of parts.
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How To Measure Surface Roughness on Large Parts
Performing surface finish measurements on large or complex parts can be made much easier with properly designed fixturing.
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Introduction to Digital Depth Gage Styles
There are many digital calipers specifically designed as depth gages. They share some common features but come in a variety of styles. Here are several to consider.
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Artificial Intelligence from an Intelligent Amplifier
With intelligent amplifiers providing measuring capabilities and easier setups, it’s easier than ever to understand what is going on in the manufacturing process in real time.
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Cord Cutting and Code Reading Make Gaging Smarter
Many companies have “cut the cord” to streamline metrology operations and data management. Barcode scanning is an additional option.
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What’s the Correct Reading?
A CMM, a bore mic and an air gage measure parts differently and may provide different values, yet all of them may be correct. Here’s how.
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