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.
March 7, 2013
Hot forming entails heating and rapidly cooling the workpiece. However, the extraordinarily high-strength material emerging from the press makes cutting and trimming with hard dies impractical, even infeasible. This is where the multiaxis laser finds its niche.
December 3, 2012
To remain competitive, a shop must be willing to embrace both innovation and change together. To get the most out of that commitment, a shop needs to understand just how the introduction of any new technology will affect the entire process chain, not just one part.
October 8, 2012
How many fabricating shops run a less-than-optimized cutting head just to avoid the downtime of switching out the head? S&B Metal Products, Lakeland, Fla., used to do like that until it got a laser cutting machine that was a better fit for its low-volume, high-mix fabricating jobs.
July 16, 2012
The metal fabricator that processes plenty of hole-intensive parts with several contours and forms may want to consider a laser/punch combination machine. The equipment can cut down on excessive material movement and help to boost production efficiencies and quality efforts.
July 16, 2012
Resonators producing a high beam quality and small spot size provide a machine tool with a broader depth of field that enables greater process tolerance to material deviation. This tolerance gives the operator a bigger sweet spot for machine parameters to produce consistent, high-quality parts.
April 16, 2012
Designing and integrating an effective dust collection system for thermal cutting is not a one-size-fits-all exercise. Balancing all the factors will help a shop ensure it gets the most out of it.
February 1, 2012
Fabricators want to process metal parts with the least amount of handling as possible. As a result, they are always looking to maximize the capabilities of their equipment. One example is the use of laser cutting equipment to produce high-tolerance holes in a speedy manner, instead of taking metal blanks to a secondary station for additional holemaking activities. Advancements in drive system and piercing technology have given fabricators a chance to raise their hole-cutting capabilities while the sheet remains in the laser cutting bed.
January 6, 2012
The most powerful laser in the world can’t work without an effective, finely tuned beam delivery system. Its design hinges on the application, but a few basic elements lay the groundwork. Together they provide myriad options to find the most effective way to carry and shape the beam on its way from the laser source to the workpiece.
December 15, 2011
By keeping tabs on laser optics, gas flow, chiller performance, and machine cleanliness, a metal fabricator can ensure that a laser cutting machine is performing as it should and possibly lengthen the machine's working life as well.
October 20, 2011
A defense contract drove Systems Engineering & Manufacturing, Forest, Va., to seek out a flexible fabricating tool that could handle bent tube and structural shapes, and the fabricator found its answer in a laser cutting machine that could accommodate 2-D and 3-D parts.
September 9, 2011
"Lights-out" laser cutting-defined as a machine laser-cutting parts without the need of operator intervention, typically during an unmanned evening shift-can only occur when the cutting head can move around the sheet unencumbered. Advanced nesting software can ensure that "lights-out" remains on.
August 1, 2011
Arin Inc. has evolved from a steel rule blanking house to a modern metal fabricator capable of producing precision, laser cut blanks. Bu workers can see history every day--a tool room for steel rule die remains, as do the mechanical presses. A tour of Arin's shop is a walk through time, a gallery showing what metal fabrication talent has produced over the decades.
August 1, 2011
More lasers or punch presses may enable a shop to cut more parts, but those parts still must be loaded, unloaded, and transported to downstream operations. In these cases, automation can help increase green-light-on time and help a shop produce more parts in less time.