General Shop Equipment & Supplies

Continuous learning, continuous improvement, continuous generation of ideas—they're all important things. I would like to think they're especially important to manufacturers but am struggling to come up with a specific reason. Every business, from floral arrangers to drywallers, must continually adapt and evolve or face eventual corporate death. Perhaps the reason continuous learning and improvement are so relevant to manufacturing, which in this context means machining, is that our industry is one of the fastest changing in terms of technology.

Depending on whom you ask, you'll receive wildly different unravelings of the acronym DFAM. To music aficionados, DFAM might mean "drummer from another mother," clever branding from Moog Music Inc. to describe its newest line of percussion synthesizers. I wish I'd thought of that phrase. DFAM could mean the Darlington Farmers Auction Mart but probably only to those who live near there in England and are interested in buying a cow, goat or sheep. At The Walt Disney Co., DFAM refers to the extended family of employees who share the stress of working at the Magic Kingdom—as in, "I'm going to chill this weekend with my DFAM before the big Labor Day rush." Then there's the DFAM that manufacturers care about—or rather the additive manufacturers. That's because DFAM is short for "design for additive manufacturing," an acronym every bit as relevant to machinists as it is to people in 3D printing.

A fact sheet by the National Immigration Forum focuses on immigrants in the U.S. manufacturing sector, highlighting key information about their demographics, incomes and contributions.

Modern manufacturing is a diverse, inclusive community, embracing and supporting the creativity that each person can bring to build something bigger than an individual. Many manufacturers are setting great examples of what the future of the workplace will look like and of what other firms should aspire to achieve. Learn the five key themes that manufacturing companies are addressing to take their diversity and inclusion work to the next level.

The future development impetus of the internal combustion engine will focus on the reduction of emissions. This is dependent on fuel consumption, which in turn is determined by the internal engine friction. The goal of form honing is a form optimized cylinder bore under operating conditions.

Hardinge announces the expansion of its Swiss-style collets and bushings production cell. Over the past several years, CNC Swiss-type lathes, predominant in medical and electronics applications, have become increasingly popular across a variety of other applications.

After being at AB Sandvik Coromant, Sandviken, Sweden, for 17 years, Nadine Crauwels was appointed global president of the cutting tool manufacturer in May 2017. She has had roles in sales, product management, product introduction, custom tools and strategic relations.

Looking to drill, bore, cut, or make slots? Look no further than the extensive DMV series of milling machines in stock in Philadelphia and ready to ship from KAAST Machine Tools. Offering both bed-type and knee mills with either manual or CNC options, this Taiwanese series provides high-quality performance.

Fraisa SA is a family-owned business that offers its customers a complete range of endmills, drills and taps. The toolmaker provides a full customer service offering with logistics, specials, regrinding and recycling of tools. With its headquarters in Bellach, Switzerland, Fraisa has a strong position in Europe and entered the U.S. and Chinese markets in the last 10 years.

Does your measurement device for cylindrically ground workpieces output cryptic displays of UPRs and FFTs? What exactly are "undulations per rev" and "Fourier Transforms"? The 91st episode of the CTE Grinding Doc video series discusses these outputs and what they mean.

Nick Gaten, director of global product management for turning products at Kennametal Inc., discusses the new 10-to-1 boring bar system. It features vibration-free boring bars with bolt-on heads.

Researchers at the University of Waterloo have taken a huge step towards making smart devices that do not use batteries or require charging.