Industry News

Inevitably, disagreements arise in the manufacturing industry, whether involving applications, performance, specification compliance, intellectual property ownership or any of a number of other subjects. What has not kept up with technological change is the sophistication of dispute resolution. That is a particularly serious problem for manufacturers because the increasing complexity of manufacturing technology often makes disputes more complex, even arcane, than disputes of the past.

In the United States, the universal complaint about recruitment for manufacturing jobs is that there aren't enough qualified candidates for all the positions that people are working feverishly to fill. So why are recruiters hobbling their own efforts by purposely limiting the candidate pools they'll even consider?

The Oregon Manufacturing Innovation Center (OMIC) R&D facility is the only one of its king in the United States. It's mission is to "Develop and apply advanced metals manufacturing technologies and processes for industrial competitive advantage and academic growth, while inspiring and educating the next generation's manufacturing workforce."

No matter how well your manufacturing business performs, it can always perform better. If you want to keep up with emerging trends, such as shop floor automation, additive manufacturing and the industrial internet of things, you'll need to make a quantum leap with your manufacturing technology. The surest route is to embrace connected manufacturing.

Digital manufacturing as a service now delivers big manufacturing advantages regardless of customer size. The freshly leveled playing field is great news for upstart and small businesses no longer priced out by the costs of equipping, maintaining, operating, staffing and upgrading complex production lines.

New research by the Copper Development Association Inc., McLean, Virginia, shows that U.S. machine shops may be underutilizing the machinability of brass by as much as 85 percent in part-processing operations. The study says manufacturers can and should be machining the material at significantly higher speeds and feeds—often five to 20 times faster—to increase productivity and profitability.

MachineMetrics, which equips factories with the digital tools needed to increase productivity and win more business, announced Dec. 11 it has raised $11.3 million in Series A financing.

Founded in 1952, New Jersey-based Glebar has designed and manufactured grinding machines for many different types of metal and other components, ranging from 60- to 80-HRC stainless parts to 0.002"-dia. titanium parts. For one application, an OEM of machine tooling equipment wished to increase output for steel tap blanks used to drill threaded holes as used in the machining and tooling industry.

In connection with my article about flexible manufacturing systems for the February issue, I visited Camcraft Inc., which has a Makino Machining Complex (MMC2) automated pallet-handling system. Four Makino 4-axis a51nx horizontal machining centers are integrated into the system.

Between 1974 and 1976, polycrystalline cutting materials, such as PCD and PCBN, could show their potential for the first time. As a result of the hardness of diamond, combined with the sharpness for machining tasks, the superiority of PCD was displayed early on when turning, milling and drilling.

Troy, Michigan – December 1, 2018 - HELLER Machine Tools is pleased to announce its new strategic partnership with Ellison Machinery.

Salt Lake City, Utah, USA – SA International (SAi), a provider of software solutions for the signmaking, digital printing and CNC machining industries, has announced the appointment of Mikki Webb as Director of Customer Experience.