Industry News

No matter what kind of manufacturing facility I'm in, there's one thing I hear over and over when I ask workers on the floor about indirect inventory: They want it available—no matter when, no matter how frequently or infrequently they need it.

ARCH, a Jordan Company platform company that is focused on manufacturing precision cutting tools, precision machined components and medical implants and instruments, has acquired Siem Tool Co., Latrobe, Pennsylvania. Siem Tool is a manufacturer of customized solid-carbide drills, endmills, reamers, thread mills and form tools. Siem Tool will join ARCH's Cutting Tools division.

Although Microlution Inc. has been based in multiple locations since the builder of micromachining centers was founded in 2005, the company held its first grand opening event June 28 as part of GF Solutions Days USA 2019. The first location for Chicago-based Microlution, which has operated as a subsidiary of GF Machining Solutions since 2016, was in Andy Phillip's apartment in Champaign, Phillip said. He is one of the company's founders and now head of laser micromachining.

ARCH Cutting Tools is facing the same talent shortage as the cutting tool industry overall, but the company is meeting the challenge with an aggressive workforce development strategy aimed at Millennials and Generation Z. In partnership with Delta College, ARCH Cutting Tools hosted an Introduction to Machine Tools Forum at its Flushing, Michigan, facility June 6 for five students interested in careers as machinists.

The ability to "see through" a solid object was once thought to be a tool of the future, or a power belonging to Superman–but the technology is here today, and more widespread and accessible than you may have thought. Until recently, the technology of CT imaging was only available for use in medical settings. Over the last several years, it has found a new home in the world of manufacturing, and is opening up myriad opportunities never before available.

High-speed machining — in excess of 20,000 rpm — often is used in aerospace when machining exotic alloys and hard metals, such as titanium. At these speeds, precise, secure seating of tapered toolholders in the spindle becomes even more critical. Failing to pay attention to this single detail can lead to decreased productivity, less precise machining, reduced tool life and damaged workpieces.

All machining operations have inherent variation caused by machine positioning errors, material variances, fixturing, tooling load and thermal changes. Many companies employ metrology at the end of machining to ensure that good parts go out the door, but it does little to improve manufacturing efficiency. Applying metrology before and during machining processes keeps operations in tight control, significantly improving process yield and final part quality at a much lower cost of production.

McPond, a peer-to-peer platform based in Chicago, lets manufacturers list their idle machines for rent.

In terms of market value, the global precision stainless steel market is projected to expand at a CAGR of over 4% during the forecast period, owing to various factors, regarding which, study offers thorough insights and forecasts in this report. The global precision stainless steel market has been segmented on the basis of thickness and end-use industry. The global precision stainless steel market is expected to expand 1.5x in terms of market volume by the end of 2029.

Wohlers Report 2019, an annual report on the additive manufacturing (AM) industry, includes detailed input from 127 providers of AM services worldwide. Companies with both metal and polymer AM services reported that more than 26% of a part's cost is from post-processing, as shown in the accompanying chart.

Let's look back. Could it be that the world's first presentation of a dia-compact monoblock milling cutter for aluminium machining at FAMETA in 1980 already laid the foundation for large-scale use within the automobile industry in the 80s? Actually yes, if the aforementioned "stumbling blocks" were not there.

Dressing/conditioning diamond and CBN Borazon grinding wheels, resin- and metal-bond only, is one of the most overlooked processes. And most dressing is done insufficiently.