Articles

This summer has been hectic, both professionally and personally. The business side has been a roller coaster, requiring intense management. Personally, I had the pleasure of seeing my third of four kids graduate from high school and begin developing an interest in our family business.

END USER: Special Quality Alloys Inc., (281) 548-1277, www.sqainc.net. SOLUTION PROVIDERS: Industrial Diamond Products Co. Inc., (713) 991-1600, www.idp-tx.com; Simonds Saw, (800) 343-1616, www.simondsint.com. CHALLENGE: Extend bandsaw blade life while reducing cycle times. SOLUTION: Back-edge ramping technology to accelerate the sawing rate.

END USER: Wagner Machine Co., (217) 384-0072, www.wagner-machine.com. SOLUTION PROVIDER: 5th Axis Inc., (858) 505-0432, www.fifthaxis.com. CHALLENGE: Reliably and cost-effectively grip parts during 5-axis machining. SOLUTION: A compact, dovetail-style, 5-axis clamping system.

Four major players involved in industrial automation are collaborating on the development of a platform that connects CNC machines, robots, peripheral devices and sensors. The purpose of the system is to deliver analytics that optimize manufacturing production.

A team of engineers from several California colleges has developed and tested a type of steel with a record-breaking ability to withstand impacts without permanent deformation. The new alloy, named SAM2X5-630, could be used in applications from drills to body armor to meteor-resistant casings for satellites.

Numerous factors determine whether a manufacturer is profitable or not. Lately, one of those factors for a U.S. manufacturer is whether it is is focused on the domestic market or pursuing a global approach.

The results from a recent SME survey of parents about their views relating to careers in manufacturing showed there is not enough accurate information about the opportunities a manufacturing career offers.

In last month's column, I discussed the value of communication between engineers and shop personnel.

As CNC machining gets more complicated, the chance of programmer and operator errors increases. These errors can cause collisions involving machine components and workpieces during the cutting process, resulting in downtime and part, tool and machine damage. Costly crashes aren't inevitable, however, thanks to technologies aimed at preventing collisions and minimizing their impact.

When a good customer requests a meeting at his place, I go. That happened recently, when our shop's account manager accompanied me on a 20-minute trek to a customer's new corporate headquarters for a meeting to review our contract and extend it a few years.

Contrary to the history lessons from middle school about "the" Industrial Revolution, it is a widely held belief that the modern world has experienced three industrial revolutions. In the first, industry harnessed the power of steam and water. Mass production, reliable electrical power and division of labor drove the second revolution. Electronics and the computer defined the third.

Deep-hole drilling is virtually an art unto itself, with a host of complexities and considerations inherent to the process. Greg Forman, technical director of toolmaker Precision Cutting Tools Inc. (PCT), Santa Fe Springs, Calif., answered questions to provide some insight into drilling holes greater than 5 diameters deep.