Mechanical Finishing

Exploring the: Mechanical Finishing Zone

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Published: 2/1/2013

Microabrasive Precision Shot Peening
Precision shot peening brings an entirely new concept to the field of microabrasive blasting, and it is complementary to its larger cousin. Using glass bead media, several companies have been shot peening for years with microabrasive blasting techno...

Published: 1/1/2013

In Mechanical Finishing, All That Glistens Is … Or Is It?
Surface finish types for commercially supplied stainless steel sheet are detailed in various standards. ASTM A480-12 and EN10088-2 are two; BS 1449-2 (1983) is still available, although no longer active. These standards are very similar in that they...

Published: 12/1/2012

Grinding Out a Polished Finish
Enerquip installed a special two-head OD polisher built by Grinding and Polishing Machinery of Indianapolis, Ind., a specialist in designing and building industrial grinding and polishing machinery. It uses the stainless pipes for the sanitary-grade...

Published: 6/1/2012

Turbo-Charged Abrasive Machining Offers Uniformity, Consistency
Method can deburr, produce edge contour effects rapidly

Published: 5/1/2012

Finding Lost Profits In Your Finishing Line
The finishing division of White Castle restaurants teamed with Profit Finders, a continuous improvement company specializing in data collection and analysis, to look at ways to increase process efficiencies.

Published: 1/1/2012

Buffing & Polishing: The Need for Speed
The correct peripheral speed is an important consideration in getting the right results from your buffing operation. A buff that is turning too fast or too slow may result in damage to the buff or to the workpiece.

Published: 10/1/2011

Drag Finishing of Delicate Parts
For complex parts with high surface finish specs, production deburring and surface prep can be done using the drag finishing process whereby the parts to be deburred and finished are mechanically dragged through the media while attached to fixtures—...

Published: 5/18/2011

Chemically Accelerated Vibratory Surface Finishing (CAVSF) with Oxalic Acid-Based Solutions
It has been shown that the inexpensive chemically accelerated vibratory surface finishing (CAVSF) process can reduce the average surface roughness.

Published: 3/1/2011

Be All You Can Be
For fabricators, the finishing line is just the beginning of a new era in today's market. The days of simply cutting, bending and welding metal components into assemblies and delivering them to a customer in two to three weeks just don't exist anymo...

Published: 12/1/2010

Improving Aerospace Engines with Advanced Materials
Advanced ceramics and high performance superalloys are playing an important role in improving aerospace engines as aerospace manufacturers look for high-temperature materials that increase performance, improve fuel efficiency and satisfy safety stan...