Articles & Columns

Applying “off-the-shelf,” standard milling tools to get the job done provides several benefits: the tools are readily available and usually from numerous suppliers, their prices are competitive and the results are predictable. Nonetheless, even with a multitude of standard tools available for nearly every milling application, parts manufacturers often require specials engineered for a specific application.

Unlike lathes, which have been around for thousands of years, milling machines are less than 200 years old. Because they require much more power than hand-driven lathes, the introduction of milling machines had to wait for the invention of industrial water and steam power.

Because of the array of precision functions grinding machines perform, it’s vital to properly maintain them to keep them operating at their peak in terms of accuracy and reliability. You can start by devising a maintenance program and sticking with it. This article provides tips on how to set up key parts of that program.

Manufacturing is an energy-intensive activity. The U.S. government estimates that manufacturing consumes about one-third of the energy used in the country, stated Scott Hibbard, vice president of technology for Bosch Rexroth Corp., Hoffman Estates, Ill., in his paper “Six keys to sustainable manufacturing.”

Our shop uses several tools to help us communicate easier and more effectively. These methods are well-tested, readily available, cost-effective and, in my experience, underutilized by machine shops.

Machine tool users can access the information contained in a stability lobe diagram to greatly increase productivity.

The timing of the IMTS trade show in Chicago last September couldn’t have been better for Jason Bromiley. As vice president and co-owner of John R. Bromiley Machine Co. Inc., a job shop in Chalfont, Pa., Bromiley has the lead role in company plans to expand into aerospace manufacturing. Early last fall, the firm already was working on attaining the requisite certification (AS 9100B and ISO 9001:2008). And, as IMTS rolled around, Bromiley was in the market for equipment that would both streamline his shop’s current w

Drilling, milling, EDMing, laser cutting, trepanning, punching; there are almost as many ways to make holes as there are holes to be made. Drilling, the most common holemaking method, itself includes many tool material and configuration options.

Cutting tool tests performed by vendors are an excellent resource, and I’ve used them many times.

Machine Technology column for June 2009 issue.

A new laser machining center laser ablates 3-D profiles in superhard cutting tools.

Abrasive waterjet cutting has grown along with the increased use of composites in airframes, and advanced techniques help make it a preferred technology.

Part Time column for June 2009 issue.

As the Grinding Doc column for June 2009 issue.

Shop Operations column for June 2009 issue.

Getting the most from multitask machines requires knowing whether the parts a shop produces are appropriate for the technology, selecting and training the right employees and applying the correct tools.

Shops seeking to true and dress superabrasive grinding wheels need solutions that move beyond 'tried-and-true' methods.

Manager's Desk column for June 2009.

Parts that meet drawing dimensions can still end up as scrap if they lack surface integrity.

Maximizing productivity and calculating required machining power when facemilling titanium alloys.