Mastering Precision Grinding: Techniques for Consistent Metal Part Quality
Learn all about the process of grinding parts in metalworking in this must-see infographic.
Surface, centerless, cylindrical and creep-feed grinding are some of the most common types of finishing and smoothing used in today’s metal parts making. But there are many factors that need to work together in harmony to achieve consistency and quality—especially for large-batch, high-volume metalworking.
One challenge that sometimes happens in grinding is waviness—which can be problematic. Peter Zelinski, executive editor of Modern Machine Shop, puts it this way in the article “Keep Calm and Continue Grinding,” where a technique called “contact-length filtering” developed by Saint-Gobain Abrasives, owner of the Norton brand of abrasive products, is highlighted:
“In a production-grinding operation, waviness on the part surface is a potential clue that the machine or process has developed a vibration problem. The effect might be seen in inspection, or if there is a lapping or polishing step, the effect might be seen in the increased time spent removing the waves.”
Learn more about this technique, along with the factors for selecting a grinding wheel and other details surrounding grinding, including wheel dressing and coolant systems, in today’s advanced manufacturing environments.
To learn more about grinding, see below the infographic.
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Spotlight on Tooling
Here are the top articles on the choice of tools and productivity on Better MRO:
How to Improve Your Machine Shop’s Grinding Operation
IMTS 2018: Advanced Grinding Wheels in Aerospace
How to Master Your Surface Grinding Machining Operation
How to Maximize Machine Productivity: Chip Thinning
Video: How to Measure a Milling Machine for a DRO Unit
Milling Techniques to Improve Metal Removal Rate
8 Facts You May Not Know About … Milling Titanium
Aerospace in Focus: Drilling and Milling CFRP Composites
IMTS 2018 VIDEO: Success—High-Feed Milling Cuts Machining Time by 78%
How to Maximize Throughput and Part Quality When Threading
Optimizing Tool Life: The Effect of Lead Angles on Turning Operations
What are your best practices in grinding? Share your experience in the forum [registration required].
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