Industry News

Computer numerical control machining is an exercise where software controls how machinery moves as it produces an object. For example, when you want an automotive device from Geomiq.com, written codes are fed into the system whereby the machine runs as instructed.

Although the title of a book I received a digital review copy of is "Basic Benchwork for Home Machinists," it contains information that even metalworking professionals might implement on the shop floor or at least enjoy reading.

Since 1992, RobotWorx has been refurbishing industrial robots, restoring the workhorses of manufacturing environments to like-new condition. Robots are commodities today, performing everything from welding tasks to handling intrinsic materials in solar panel clean room environments. For RobotWorx, opportunity beckons when companies upgrade their plants, close their facilities, or when old robots are replaced.

CNC machining is a common industrial process with specific design features that work best. Learn the ins and outs of CNC design in this detailed guide.

Machining a part requires knowing the correct speeds and feeds for a cutting tool and material — a skill that can take years to master. What if a resource existed that made it possible for anyone to run a CNC machine and successfully cut a range of materials, from plastic and stainless steel to titanium?

As manufacturers continue to be challenged by a shortage of skilled workers and the need to boost productivity, automation remains a topic of significant interest. That was certainly the case at the Wisconsin Manufacturing & Technology Show. The biennial trade show took place Oct. 8-10 at the Exposition Center at Wisconsin State Fair Park, West Allis, Wisconsin.

After a bit of a hiatus, I received a new book about metalworking, "Essential Guide to Metals and Manufacturing" by Krishan Katyal. The author is a mechanical engineer who has worked for four decades designing and manufacturing machine tools, consumer appliances, diesel-electric locomotives and heavy concrete construction products for Chicago area companies.

NVision Inc., in cooperation with the Nasher Sculpture Center in Dallas, is making it possible for those with vision-impairment to interactively engage with some of the great works by modern sculptors. NVision, a leader in 3D noncontact optical scanning/measurement for more than 29 years, recently scanned several sculptures by Auguste Rodin (perhaps best-known for his sculpture, The Thinker) and Julio González for the Nasher.

Master Fluid Solutions, a Perrysburg, Ohio-based manufacturer of metalworking fluids and associated chemicals, announces its acquisition of Wilhelm Dietz GmbH. Based in Düsseldorf, Germany, Wilhelm Dietz GmbH primarily serves the needs of the pipe and tube expansion, forming, wire drawing and metalworking industries under its WEDOLiT brand name.

The Oregon Manufacturing Innovation Center Research and Development (OMIC R&D) announced this week that Urmaze Naterwalla has joined the organization as its Research Operations Officer. Naterwalla, formerly senior engineer for machining solutions at Boeing Portland, will be developing research operations at OMIC R&D in this new role for the organization.

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.

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.