ASM Industry News
ASM Industry News
Web Content Listing
September 16, 2018Micron Technology Inc., Boise, Idaho, announces plans to invest $3 billion by 2030 to increase production of electronic memory devices such as DRAM and NAND at its semiconductor manufacturing plant in Manassas, Virginia, creating roughly 1100 new jobs over the next decade.
September 14, 2018Thermetco, Montreal, announces that it has expanded its heat treatment production capability with the purchase of a new AFC-Holcroft UBQ (Universal Batch Quench) furnace and a UBT (Universal Batch Temper) furnace.
September 14, 2018Nucor Corp., Charlotte, N.C., reports that its Board of Directors has approved an investment of $650 million to expand the production capability of Nucor Steel Gallatin, the company's flat-rolled sheet steel mill in Ghent, Kentucky.
September 14, 2018Specialty Steel Works Inc., Hammond, Ind., announces a multimillion dollar investment in new high-performance equipment and infrastructure at its Niagara LaSalle Corporation Cold Finish Steel facility in Hammond.
September 14, 2018Aichelin, Austria, reports that Swedish fastener manufacturer Bulten has commissioned a cast link belt furnace system for the refinement of high-strength-steel screws and nuts.
September 12, 2018This profile series introduces leading materials scientists from around the world who happen to be females. Here we speak with Karly Chester Etzel, quality assurance coordinator at PiSA BioPharm Inc.
September 09, 2018Optomec, Albuquerque, N.M., introduces the LENS 860 hybrid controlled atmosphere (CA) system, which has a larger build volume and supports higher laser power, providing more capabilities for affordable, high-quality metal hybrid manufacturing.
September 08, 2018Stratasys, Minneapolis, reports that GKN Aerospace has been able to reduce production time for assembly tools from several weeks to a few hours since integrating Stratasys additive manufacturing machines into its Filton manufacturing site in the United Kingdom.
September 08, 2018Variables common to each thermal spray process, such as total gas flow, energy levels, particle size distribution, specific gravity, and carrier gas flow, combine to affect time, temperature, and mass.