The oxyfuel cutting technology area discusses oxyfuel equipment, cutting tips, gases, and how to get the most out of this versatile, capable process.
January 18, 2017 | By Dan Davis
Working all over the world, Van Steel has seen a similar sight at fabrication facilities and construction sites: drums and buckets filled with oxyfuel and plasma cutting tips that have been thrown away because it was easier to do that than clean out the blowback slag. He has developed a tool to make that job easier.
The mere presence of oxygen in any sort of industrial application raises the chances of a catastrophic incident. Oxygen safety devices can help to reduce that likelihood.
September 2, 2015 | By John Karpus
Keeping these tips in mind during safety and performance audits can help you keep the shop floor safe even when potentially dangerous fabricating activities are taking place.
August 11, 2015 | By Tim Heston
An oxyfuel cutting gas from MagneGas Corp. cuts thick plate with a highly concentrated flame. The gas—created from liquid biomass via plasma gasification—has in a mechanized setup cut 3.5-in.-thick plate at 18 IPM. The company also says that the gas is especially safe because it’s lighter than air.
October 13, 2014 | By Douglas Shuda
Gaining flexibility to match individual plate fabrication requirements using both mechanized oxyfuel and plasma cutting can make plate cutting far more efficient. As these technologies advance, fabricators can produce their parts smarter, faster, with the highest quality, and at lower cost. Regardless, the choice to use these technologies on separate machines or on one system is as individual as the application requirements.
When purchasing a new automated cutting table or retrofitting an existing one, which process is best--oxyfuel or plasma? The nature of the application and cutting process both play a role.
November 14, 2012 | By Amanda Carlson
For a project involving structural columns made of 4-in. plate, Owen Steel Co. Inc., Columbia, S.C., had two choices when it came to cutting difficult transition bevels. First, it could use a manually guided track torch system and bevel one side of the plate at a time, which would open the door to distortion. Or second, it could find a mechanized cutting system that would allow both sides of the plate to be beveled simultaneously.
January 15, 2010 | By David Bell
If properly used and well-maintained, this equipment can cut, heat, and weld metals safely. But damaged, worn, or improperly handled equipment can lead to safety hazards such as fire and explosions that can cause serious injury or death. To know how to handle and care for the equipment and devices found in oxyfuel cutting and welding, you have to first be familiar with them and the kind of care they need.
February 10, 2009 | By David Pryor
To ensure safe oxyfuel welding and cutting, equipment manufacturers design torches with safeguards. However, nothing takes the place of the welder's knowledge and attention to safe practices. This article discusses common oxyfuel hazards and how to avoid them.
August 8, 2007
There has been much discussion on the value of plasma-arc and laser-beam processes for cutting and welding, but oxyfuel is still the most commonly used method. The products are very robust and easy to use. The cost of entry to use this method is relatively modest – only several hundred dollars...
September 13, 2005 | By John Uccellini
While flashback arrestors help prevent backfires and flashbacks in oxyfuel torches, no device replaces the necessity for safe operating practices and properly maintained oxyfuel torch equipment.