Light trumps water: General Industry Coverage

END USER: The Wagner Cos., (888) 243-6914, www.wagnercompanies.com.
CHALLENGE: Reduce energy costs as part of a sustainability program.
SOLUTION: Replace a waterjet cutting machine with a fiber optic laser cutting machine.
SOLUTION PROVIDER: Bystronic Inc., (800) 247-3332, www.bystronic.com.

Just because one type of machine tool can produce parts to the required specifications, that doesn’t mean an alternative approach isn’t in a parts manufacturer’s best interest. For example, as part of a sustainability program to improve efficiency, The Wagner Cos. recently replaced its waterjet cutting machine with a BySprint fiber optic laser cutting system from Bystronic Inc., Elgin, Ill.

“We primarily switched for the energy savings,” said Jeff Wissbroecker, manufacturing project manager for the Milwaukee manufacturer. “We project an overall savings in our utility bill of about 15 percent.”

Wagner is a metal fabrication house with Milwaukee roots dating back to 1850. The main product lines include architectural railing components and systems and industrial OEM products such as valve handles and pump flanges. In addition to laser cutting, the shop’s capabilities include bending, stamping and polishing, as well as engineering assistance.

According to Wissbroecker, the fiber optic laser cutter turned out to be four to five times faster than the waterjet machine.

The BySprint is a 4,000w fiber optic laser that Wagner uses to cut flat sheets up to 5 ‘×10 ‘, producing everything from ½ “-dia. disks up to a custom panel from nearly an entire 5 ‘×10 ‘ sheet. The fiber optic laser can cut any metal Wagner needs, including steel, stainless steel, aluminum and brass. Wagner uses it to cut steel sheets up to 5⁄8 ” thick, aluminum up to 3⁄8 “, stainless up to ½ ” and brass up to 5⁄16 “.

“That’s why we had a waterjet machine in the first place,” said Mike Skelton, manager of manufacturing services for Wagner. “At the time we bought it [in 2005], the technology for CO2 lasers was limited and unable to cut all metals. For instance, [CO2 lasers] did not do a good job on aluminum, brass or bronze, but the waterjet did.”

Wissbroecker added that fiber optic lasers were in their infancy in 2005 and were not a viable option for Wagner at that point.

Courtesy of Bystronic