Manufacturing leaders in design and engineering, production and metrology sought for Las Vegas event.

Recently, I walked through the premier U.S. exposition featuring world class manufacturers of measuring systems in Chicago and modular fixturing is now even more popular than ever. I guess the concept is now a proven “missing link” and wrestling with parts and work holding challenges are nearly a thing of the past.

NSI’s sites in Europe have amended the existing processes and procedures to improve efficiency.

We are frequently asked to quote on gage blocks made to non-standard dimensions. Requests like this leads to a number of questions, the first question being why they are needed in the first place. 

Presentation and publication opportunities abound for both portable and CMM measurement leaders.

“How do I probe this?” is a question frequently asked by CMM operators and machinists when faced with unusual workpiece features or properties. Often, a traditional ruby ball, carbide stem, and threaded base stylus won’t work. The solution is a special stylus. This article is an overview of some special styli that make up an important part of a CMM or machine tool toolbox.

One would think that when you get your thread ring gages calibrated and there are no red flags raised by the reported data you’re good to go. Unfortunately, this sea of tranquility can end up drowning you if you have misinterpreted the reports—something that happens when disputes arise.

Most manufacturers are just now embarking on their exploration of Industry 4.0 and figuring out how to use automation, data exchange, cloud computing, and Internet of Things (IoT) technologies to create smart factories.

It is generally agreed that engineering is about tradeoffs, and that has always been particularly true in regard to measurement machines. There are several types of measurement, and higher performance in one area generally meant less capability, or none, in other areas.