Industry News

The National Institute for Metalworking Skills (NIMS) and the Oregon Manufacturing Innovation Center – Research & Development (OMIC R&D) have united to define a set of Metrology standards and to develop a metrology certification process. Metrology, the study of measurement, has far-reaching applications in the manufacturing industry. The ability to compare and verify a physical part against its CAD model is in high demand, and that demand is predicted to increase.

At first blush, hardness and toughness may seem like interchangeable concepts, but they actually exist at opposite ends of a continuum that defines indexable and solid tool performance, particularly when it comes to carbide inserts. Harder inserts offer greater wear resistance for superior performance and tool life in hot cutting environments, while tough inserts can handle greater impacts and stressors for the highest feed and depth of cut. For any given application, there is an optimal balance of hardness and toughness – and toolmakers have worked diligently to establish metallurgic principles to offer a range of tools that can meet the diverse needs of manufacturers.

Force Control Industries celebrates 50 years of manufacturing long lasting oil shear clutches, brakes and clutch brakes. Although industries and applications have come and gone in the five decades that the company has been in business, Force Control Industries continues to develop new uses for its unique oil shear technology.

MC Machinery Systems is known as a supplier of Mitsubishi EDMs and laser machines, and Mitsubishi EDM/Laser is prominently displayed on the company's headquarters in Elk Grove Village, Illinois, but several seminars focused on hard milling and 5-axis machining were presented during its EDM National open house. The event took place Sept. 26.

As additive manufacturing and 3D printing of metal parts continues to make inroads into production environments, the need to efficiently and effectively finish-machine them when typically required gains importance.

Manufacturing is transitioning from a linear supply chain world to a much more adaptable internet of goods. Just as the internet is built on the TCP/IP stack, the internet of goods will be built on a new manufacturing stack that goes beyond the factory floor.

Our discourse on the manufacturing renaissance is marked by a failure to take hysteresis into account. First, I will select representative voices from the discourse. Then I will present a bracing article from IndustryWeek. I'll conclude by merely alluding to remedies.

ARCH Cutting Tools announced that the Richards Micro-Tools product portfolio is being rebranded as KEO Micro Tools.

The National Institute for Metalworking Skills (NIMS) is now offering standardized CAM credentials, CAM Milling and Turning. "The CAM field continues to grow and is expected to create almost 100,000 new programmer, designer, and engineer jobs by 2024," said NIMS Executive Director Montez King. "It is imperative that people entering the field are properly trained and capable, and these credentials show a potential employer that applicants are ready to program CNC machine tools. Further, employees already on the job may wish to secure an official, portable, industry-recognized certification."

Precision and efficiency have become the leading demands for manufacturing. Modern equipment is changing rapidly. Sturdier, harder materials are used, complex geometries with tight tolerances and fine surface finishes are required, and all that has to be done at a faster pace. This race toward product perfection involves using professional custom machining services for more and more industries and for a lot of different purposes.

When tariff hikes began in spring 2018, companies associated with manufacturing immediately went on alert. Over the past year and a half, continued escalations have increased pressure on U.S. and China relations, leaving international companies that rely on Chinese manufacturing looking to reduce uncertainty with short- and long-term solutions.

Continuing collaborative efforts for the technological advancement of manufacturing processes, Florence, Kentucky-based Mazak Corp. and Oak Ridge National Laboratory's (ORNL) manufacturing demonstration center in Oak Ridge, Tennessee, have entered into a cooperative research and development agreement (CRADA). Working on behalf of the U.S. Department of Energy, ORNL and Mazak will further develop the use of hot wire deposition (HWD) in additive manufacturing part production operations.