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| Xact Wire EDM Corp.: Master of Wire EDM |
| By Brian Salgado | |||
| Wednesday, 14 November 2007 | |||
![]() Xact’s wire electrical-discharge machining business has recently shifted to using CAD/CAM software.
Xact Wire EDM Corp. has seen its electrical-discharge machining (EDM) job shop peers add all sorts of machining capabilities over the years in an attempt to become one-stop machine shops for customers. But Xact has remained focused on wire EDM throughout its 23-year history, and co-owner Jeff Gubbins says that is his company’s unique strength. “Many EDM job shops end up being a jack of all trades, so they will do milling and grinding, water jet, etc.,” Gubbins adds. “But we’ve stayed uniquely focused on EDM. If we need something else we go to the experts. We’re a very good fit for shops that have a some EDM capacity but need our help from time to time, so they will come to us with large projects or really challenging parts. They can come to us with confidence because we are not a threat to them. We want to partner with them as an extension of their own capabilities and not be competition. “If they go to another shop, they might be sending the work to a competitor. With us, they have the peace of mind that we only do EDM in our shop.” Gubbins and his partner, John Dora, worked together at a job shop for five years before opening Xact in Waukesha, Wis., in 1984 to focus on EDM. Today, the company operates out of 15,000 square feet in Waukesha and an additional 5,000-square-foot facility in Cary, Ill. EDM is a method used to cut conductive materials with a thin wire electrode, usually .004 to .012-inch diameter, which follows a programmed path. Xact can machine pieces up to 16 inches thick, cut taper angles to more than 30 degrees, and hold tolerances down to one ten-thousandth of an inch. Xact serves medical, consumer products, electronics, packaging and automotive clients. The job shop works with machined parts, stamping dies, trim dies, mold components and electrodes, extrusion dies, gauges and fixtures, prototypes, exotic materials and form tools. This positioning method is also “incredibly” accurate, quiet, fast, vibration free and requires no maintenance. They have an indefinite life expectancy which allows Sodick to offer a 10-year machine positioning guaranty on their equipment. “This allows us to be more competitive because the level of automation is better and machine up time is greater,” Gubbins adds. “The threading is more reliable and maintenance-free. The acquisition cost of the equipment is also less.” Xact also recently shifted to computer-assisted design and computer-aided manufacture (CAD/CAM) software called PEPS through Camtek. This helps the company read and translate its customers’ CAD files more thoroughly and reliably, eliminating many questions on the front-end of jobs, according to Gubbins. The software’s use of knowledge-based machining has also saved a lot of programming time. “This work requires more confidentiality because these companies want to protect their new product ideas, and speed to market is important,” Gubbins says. “They also obviously need to know that critical medical components are to spec when they get them in.” When Xact pursued these customers, it added more sophisticated inspection systems and the capabilities to cut smaller wire diameters. “Now, many of our machines are running wire diameters of between four-thousandths and six-thousandths of an inch, and it requires good machines and experienced operators to do that efficiently,” he says. “And the OGP video systems reliably speed the inspection process.” To nurture this culture, Gubbins says Xact tries to promote from within the company. For instance, Jason Mueller, a longtime machine operator, was promoted to manager of the Cary location. |
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