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High-Tech High School

The Skills Gap dilemma in manufacturing shows little sign of abating amidst Baby-Boomer retirements. One possible solution: Bringing back the once-popular high-school shop class--but with a high-tech slant to interest and prepare a new generation for modern manufacturing. The Tampa Bay Times reports on a Florida high school that is doing just that.

A Turn to the Exotic

10/01/2016
END USER: Toolcraft Inc., (360) 794-5512, www.tcprecision.com. SOLUTION PROVIDER: Mil-Tec Inc., (800) 564-5832, www.miltecusa.com. CHALLENGE: Reduce cycle time when machining an aluminum part. SOLUTION: A progressive form tool applied on a horizontal machining center.
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Sound Shakes Up Machining

10/01/2016
Author:
William Leventon
With an assist from sound that humans can’t hear, machining can be a cooler and faster process—and yield more accurate results to boot, according to the September 2016 Machine Technology column in Cutting Tool Engineering magazine.
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Iscar video depicts chip forming

The cutting edges of cutting tools don’t actually produce chips. Instead, the pressure of a rapidly spinning tool on a workpiece plasticizes part of the parent material, creating a shearing effect that forces the material to ride up the tool. The flute and tool geometries form the chip and force it away from the tool body until it breaks off and evacuates.

Iscar Metals Inc. produced this video depicting this process. 

Nikkei: DMG Mori head bearish on global capital investment

"Global capital investment, a main engine of economic growth, remains stagnant amid concerns over a slowdown in emerging markets and the U.K.'s vote to leave the European Union, writes Mikio Sugeno in Nikkei Asian Review. "Masahiko Mori, president of major Japanese machine-tool manufacturer DMG Mori, painted a downbeat picture of global business investment in an interview with The Nikkei, saying that a full-scale recovery is still two to three years away." Mori explains his reasoning in this Q&A with Sugeno.

Machining Center May Hold Key To Connecticut's Aerospace Future

“The 30-foot-by-35-foot pit in a concrete floor is empty, shiny and immaculate as it awaits the arrival of a massive machine for use by Connecticut manufacturers to cut, shape and do a range of other tasks with composite materials,” writes Stephen Singer in the Hartford Courant. “At the Connecticut Center for Advanced Technology in East Hartford, the large rectangular hole resembling a swimming pool and reaching a depth of 4 ft. in parts will be filled later this year by the 130,000-lb, high-speed industrial machine [that] will be used to shape, cut, grind and otherwise fashion aerospace and other industry components made of composites.”

L2 Vertical Machining Center

Makino offers the L2 vertical machining center for high-volume, small-part manufacturing. Combining a rigid construction, compact footprint and flexible spindle design, the L2 offers a highly stable and reliable machine platform for fully unattended, around-the-clock part processing, according to the company.