Industry News

The light is a little too dim for Carolyn Lee, executive director of the Manufacturing Institute at the National Association of Manufacturers. She wants the industry to shine a brighter light on itself and attract the recognition it deserves.

Mike Gampetro has a great job. As a CNC programmer for the Proposal Engineering Dept. at Ingersoll Cutting Tools, Rockford, Illinois, he spends his days improving customers' machining processes. It could be an Inconel part where Gampetro suggests ways to increase tool life, or it could be a long-runner where every second of cycle time counts. Either way, it's his job to generate ideas his customers can then use to produce more parts in less time, and hopefully reduce their operating costs along the way.

Live tooling, as the name implies, is specifically driven by the CNC and the turret of various spindle and powered subspindle configurations on CNC lathes to perform various operations while the workpiece remains in orientation to the main spindle. These devices, whether BMT or VDI, are also called driven tools, as opposed to the static tools used during turning operations, and are usually customized for the particular machine tool builder's turret assembly.

When we think about the quality of life in U.S. cities, we think about affordable housing, good schools and hospitals, strong public services, excellent parks, bike paths and cultural resources. And of course, there's the employment factor. Usually, larger cities offer more employment stability because there are simply more jobs. But this is changing now that manufacturing jobs are more readily available in cities with populations under 700,000.

Irvine, CA - At the Western Manufacturing Technology Show (WMTS), June 4-6, 2019, CGTech will demonstrate VERICUT's Force optimization module and new graphics and features coming soon in version 9.0 in booth #230.

A lot of factors need to be assessed when analyzing the state of China's environment. One is the role of the CNC machining revolution that has gripped the country.

Wisconsin-based Kohler Co. recently announced that it will shut down engine operations in Sheboygan County and move nearly 600 jobs out of state. What does the status of the manufacturing industry look like for Wisconsin and the Midwest?

Humanity really started messing with the global climate system during the Industrial Revolution when we began burning coal to meet rising energy demand from industrial manufacturing. Most industrial energy efficiency programs target large manufacturers, which represent about 10% of all manufacturers and account for half of the total industrial energy demand. But there still aren't many programs out there to help small and medium-size manufacturers save energy through efficiency improvements, even though the group constitutes 90% of the manufacturing sector and accounts for the other half of industrial energy demand. Together, small, midsize and large manufacturers drive about a third of the harmful climate-warming emissions today.

A new maritime regulation may create a nationwide manufacturing boom. With an expected increase in the cost of fuels used by ocean carriers, many manufacturing plants might move from Asia to the United States.

The Brooklyn Navy Yard in New York City is serving as a testing ground for a resurgence – and remaking – of manufacturing.

Every product we use in our daily lives was once just an idea. From your smartphone to your smart speakers, it took people with the confidence and resources to take a dream of these products and turn it into a reality. Whether your goal for your product is to keep your company relevant, turn a large profit or stir up the market, you won't succeed if you rush through the process, become lazy or cut corners. The evolution from brainstorming a new idea to bringing a product to market can seem drawn out and daunting, which is why it's important to narrow down the steps you'll need to take to go from product conception to manufacturing.

Known as the fourth industrial revolution since the 18th century, Industry 4.0 is an all-encompassing term to refer to the way computers, data and automation are evolving and coming together to change the way work happens, and in particular, manufacturing.