Laser Cutting Articles

The laser cutting technology area has information on 2-D and 3-D cutting machines, optics, resonators, cutting gases, and automated material handling systems. In addition to conventional CO2 systems, it has information on solid-state fiber and disk lasers.

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Holy fabrication work!

February 10, 2015

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Design Fugitives of Milwaukee tackled a project for a church that required as much creative muscle as it did fabricating power to bring the ideas to life.

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Managing maintenance for laser cutting machines

January 15, 2015

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Unscheduled downtime is an incredible headache for a busy fabricating operation. An adherence to a smart maintenance schedule and empowering a maintenance team can eliminate these production surprises.

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Pushing the solid-state laser speed limit

January 9, 2015

Solid-state lasers theoretically could cut through thin sheet at up to 1,000 meters per minute, though no machine in the world can drive a laser at that speed. But new approaches to laser cutting are bringing laser cutting speeds closer to the theoretical maximum.

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Plasma cutting or laser cutting? How about both?

October 22, 2014

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Not all parts need the tight-tolernace edge that laser cutting provides; now a fabricator canhave the fine touch of laser cutting and the poweful force of plasma cutting for thicker materials in one machine.

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Keeping sheets and parts moving with automation

July 29, 2014

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Modern laser cutting technology can achieve speeds of more than 400 inches per minute, and that puts pressure on the automation used to load sheets and unload cut parts and skeletons. If the automated material handling system can’t keep up, the fabricator won’t be able to maximize uptime on the laser cutting machine.

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Fiber laser lights the way for new business direction

July 29, 2014

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To bring in more high-volume work, Deltec Inc., Batavia, Ohio, needed to expand its laser cutting capacity. New fiber laser cutting technology proved to be the right fit.

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Cutting clean with 1-micron laser optics

June 30, 2014

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The high-brightness 1-micron cutting laser is redefining productivity in metal fabrication. The laser’s good absorption helps it cut faster with less power. It also means that keeping optics clean and dust-free is essential.

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Cooking up fabrication with the fiber laser

June 23, 2014

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Atlanta Custom Fabrication focuses on the commercial kitchen industry, mainly cutting thin stainless. Its laser cutting wasn't a constraint process, but it needed excess cutting capacity to deal with demand variability. A new fiber laser has helped to resolve the problem.

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FAB 40: Cupples J&J Co. builds and builds capacity

June 16, 2014

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Cupples J & J Co. Inc. has continued to invest in technology to meet existing customer demand.

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The ripple effect of high-speed laser cutting

June 2, 2014

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With solid-state laser technology upping throughput in fabricating shops, managing flow from cutting to bending to downstream processes has never been more important. A panel discussion at The FABRICATOR’s Leadership Summit provides some insight into the right combination of modern machine tools and software that can help fabricators stay on top of this production challenge.

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Quick response, Texas-style

May 14, 2014

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Sonny Pierce, who founded PI-CO Fabrication in 1982, had experience in starkly different fields—like bowling and bathtubs—that lacked one luxury contract fabrication thrives on: customer diversification.

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Life with a fiber laser

April 7, 2014

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Accrotool Inc., New Kensington, Pa., had a 1,500-W laser cutting machine from 2001 that needed to be replaced. A fiber laser was deemed the perfect choice for the shop’s cutting chores. However, to be successful, the company’s management discovered that a new mindset was needed to accompany the new technology.

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Laser cutting on the level

April 3, 2014

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A laser cutting machine doesn’t care how hard or soft a metal is, but the material’s flatness matters immensely. That’s why so many service centers are investing in leveling processes that aim to equalize stresses, ensuring sheet metal stays flat after being cut.

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Coil Fed laser

It all starts with the blank

January 17, 2014

The evolution of precision blanking began with the shear, moved to the press, and now to the laser. Each type of blanking technology, from cut-to-length lines or blanking on a traditional mechanical press to blanking with servo press technology and laser blanking, comes with its own best applications, advantages, and disadvantages.

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Solid-state laser retrospective: A decade of high brightness - TheFabricator.com

Solid-state laser retrospective: A decade of high brightness

September 5, 2013

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Because of inherent advantages, high-powered solid-state fiber and disk lasers now account for 20 to 25 percent of the industrial laser market. The laser’s exceptional beam quality, however, has presented some challenges in materials processing. Fortunately, proper head design can help deliver successful production results.

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