Cold plasma bio-welding Device eliminates much of the physical strain associated with welding

 

Cold Plasma is a welding process that utilizes the application of an electric arc between tungsten electrodes. This process is very similar to the procedure used in traditional tig welding (although generally with a higher current), and it produces a much smoother weld than traditional tig welding. The cold plasma arc produced by the cold plasma cutter is also known as the 'permanent' arc because it will hold for a much longer period (typically several hours) after being struck. Unlike tig welding, the arc doesn't have to be continuously maintained. While it does require frequent re-arcs, it is not susceptible to the wear and tear of many different metals, such as those used in aluminum, stainless steel, and others.

The cold plasma bio-welding device process typically cuts both acceptor slots and conductors in the same process. The reason why this is the case is that this type of welding device operates at a lower amperage than standard tig welds. This allows for substantially less distortion of the material that is being welded. When comparing cold plasma welders with tig welders, the cold plasma cutter has been found to produce a very clean, smooth weld - making it very desirable in many construction and agricultural applications. The low amperage characteristic allows the welder to create a very stable, tight joint in many different joint applications.

Many businesses utilize cold plasma cutting as a way to cut materials using their cold plasma cutters. These welders are becoming more popular in many different industries because of the numerous benefits these welding devices offer. The ability to work with smaller and lighter materials is one of the most popular benefits. Cold plasma bio-welding device can offer the welder a better weld because it eliminates much of the physical strain associated with mig welding.