Alone or assisted with water, plasma has proven itself to be one of the most efficient cutting processes for sheet, plate, tube, pipe, and profiles. Search this technology area for information on equipment, cutting tips, and gases.
January 21, 2015
During their visits to welder-education facilities, Hypertherm associates observed a lack of consistent, comprehensive, accurate training in plasma cutting. Not all welding instructors had the knowledge or resources to teach the technology. The company decided to help.
January 15, 2015
Great Lakes Shipyard, Cleveland, added a plasma cutting machine to its fabricating operations, which helps it to make more of its own parts without relying on subcontractors that don't always meet delivery dates.
January 17, 2014
Metal fabricators with plasma cutting equipment that is 10 years or older may be surprised to learn just how far plasma cutting has come. The technology has evolved to the point that outside edges are smoother than ever, and precision holes can be cut to accommodate fasteners.
July 11, 2013
Initially used for nonferrous cutting operations, plasma developed into a useful means for cutting 2-D sheet and plate steel when the water-injected plasma process was developed in the late 1960s. As technology developments improved the edge quality, cutting speed, consumable parts life, and long-term operating cost, it became competitive with other thermal cutting processes. In recent years, improved control technology has enabled plasma to be a contender in the realm of 3-D cutting, making it an option for tube, pipe, and profiles.
February 1, 2013
Penn Stainless Products, Quakertown, Pa., wanted to upgrade its plasma cutting operations so that it could cut thicker stainless steel plate. It found that plasma technology advancements could deliver the thicker cut and additional benefits as well.
June 8, 2012
The methods used to shield the plasma arc from the atmosphere have evolved. The concept of using tap water to generate the secondary gas has been around for more than three decades, but high-precision plasma cutting using the nitrogen-water process was developed less than a decade ago.
January 4, 2012
High-density plasma arc cutting can effectively cut thick plate. The most challenging aspect, in fact, is that initial pierce. To that end, a few basic strategies help overcome this challenge, allowing the plasma to pierce through inches of metal as effectively as possible.
December 1, 2011
Como puede decírselo cualquier fabricante de metal, un taller es tan eficiente como todos sus procesos en conjunto—no sólo uno.
June 2, 2011
Plasma beveling technology has progressed in recent years to the point where the degree of taper has been reduced greatly and the ability to achieve predictable results, cut after cut, is possible. Having said that, a knowledgeable equipment operator can have a tremendous impact on optimizing the equipment's performance.