Plasma Cutting Systems
This technology forces oxygen, nitrogen, argon, or even shop air through a small nozzle orifice inside a torch to create a high pressured gas flow, then introduces an electric arc started from an external power supply to generate an extremely high temperature plasma arc that can quickly pierce through a very wide range of electrically conductive alloys, including plain carbon and stainless steels, aluminum and its alloys, nickel alloys and titanium, and blow away any molten material. Because the cost of a plasma torch is low, traditional systems fit several torches to a cutting table and move the torches while the sheet of material being cut is held stationary.
New Hampshire Company Took Quick Anti-Virus Action
Hypertherm initiated CDC and WHO hygienic and social distancing protocols in mid-March. The company also has close to half of its associates working at home, and those coming in to work are wellness-checked before entering the facility.
Hypertherm initiated CDC and WHO hygienic and social distancing protocols in mid-March. The company also has close to half of its associates working at home, and those coming in to work are wellness-checked before entering the facility.
To select the best sheet metal strategy and cutting order, users of this 3D simulation software can calculate graphically and interactively how heat sources affect sheet metal during the laser or plasma cutting process.
Coal-fired power plants are turning to ash removal conveyors that eliminate the need and use of ash ponds and support EPA regulations on the safe disposal of coal ash in landfills and surface impoundments. This job shop fabricated five of these large, sophisticated submerged scrapper conveyor systems, which one power plant now uses to recycle coal ash, conserve natural resources and save energy.
For some insights into remaining successful and competitive, take a closer look at how this fabrication shop won more structural business by investing in an automated beam line that transformed their entire operation into becoming more efficient and competitive.
Talk about serious payback: A technology upgrade to a seven-axis robotically-controlled plasma cutting system paid off tenfold for this Montana fabricator. They even hired more than a dozen people to handle the increased workload generated by the new system.
Ultra-Cut 130 is the high-precision system from Thermal Dynamics Automation with 30% more power than its predecessor. With a compelling price point, it’s got the 3/4-inch market covered.
With OMNIAtech, Soitaab combines plasma cutting and bevel cutting with a host of heavy fabricating functions that are easy for operators to use. Accessories include a variety of markers and a drilling head with automatic tool changer.
Thermal Dynamics Automation’s new QuickPierce function speeds the piercing time on 400-amp cutting systems. Their cost calculator demonstrates long-range savings you can realize, thanks to improvements that extend the life of 400-amp consumables.
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