Plasma cutting has been in use since the 1970s and 1980s, though it just came to be extensively improved in the last few years. Early plasma cutters were not as precise and left behind marks and chips on cut metals as well as materials, so they were not an optimal choice for precision applications.
Today, though, plasma cutting modern technology is far more improved. It is used by countless stores and also companies worldwide– in addition, it’s by far the best method to reduce conductive metals such as stainless-steel and aluminium.
Here are several of the pros and cons of plasma reducing tables.
Lowest operating expense: Plasma cutting takes in much less power than laser cutting, implying the operating expense of a plasma cutter is somewhat less than an equivalent laser cutter.
Fastest manufacturing rate: Plasma cutting has a really fast production rate, particularly when dealing with thicker materials, which can slow down laser cutters down by a fair bit.
Cut very thick materials: Plasma cutting tables can quickly cut materials that are multiple inches in thickness, unlike laser cutters.
Not ideal for precision cuts: The plasma jet utilized to cut products is not quite as precise as a laser. This is not usually a problem besides extremely low-tolerance applications, however.
Cuts may require refinishing: Plasma cutters can create dross as well as particles to comply with the sides and also bottom of a cut, so each cut might require to be refinished.
Can only cut conductive metals: Plasma cutters should respond with a conductive material to cut. This indicates that they can just reduce conductive steels such as steel and also aluminum.
This article was written by Tyler Duoos, Tyler is the owner of General Saw Company. General Saw Company takes pride in being a leader in sheet metal fabrication services to Central Florida and its surrounding areas. If you are looking for plasma table drilling to get the job done right the first time we got you covered!