Basics
How Do Binder Jetting and Multi-Laser Powder Bed Fusion Match Up?
Both metal 3D printing processes are ready for production, but which wins out for speed and cost? Research from The Barnes Global Advisors offers a case study.
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Beginning the AM Journey: An Uphill Battle
Faster machines, cheaper feedstocks, new standards — with all of these advances, why is additive manufacturing still “an uphill battle” for so many?
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What to Know About Decoding Surface Finish Gages and Parameters
Long-wavelength waviness and short-wavelength roughness require a wide variety of instruments and parameters for proper measurement — and lower numbers aren’t always better.
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Starting with the End in Mind: An Exit Strategy for Machine Shops
John Shegda and Eric Wilhelm each had different ideas about how they wanted to phase into retirement. The exit strategies for the three successful manufacturing businesses the two men operated included a mix of seeking equity groups, selling the business, or transitioning into an employee stock ownership plan. All it took was a friendly suggestion from a mutual friend to set them on a different path.
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How to Match Thickness Gage Types to Proper Applications
Different thicknesses require different gage types during inspection — four common ones are handheld indicators, handheld micrometers, opposed air streams and gage blocks.
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Webinar | Automated CNC Machine Setup for the Smart Factory
Learn how to maximize the value of your CNC equipment through automated setup with Jon Caliguri of DSI.
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Choose the Correct ID/OD Gage for the Task
Benchtop and portable comparator gages each have their place, but the differences are more than surface deep.
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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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T Codes Simplify Tool Length Confirmation Process
CNC users can program custom macros and T codes to ensure cutting tools are the proper length for tool length compensation in machining centers.
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Here Is Why Knust Godwin Decided to 3D Print Mission Critical Parts
Knust Godwin introduced metal 3D printing into its precision-machining environment nearly eight years ago. Now the company is using the capability to break through into new applications and give 3D printed mission-critical parts a renewed business case.
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