Since its introduction in the early nineties, high definition plasma has gained exceptional acceptance and success in the sheet metal and flat plate cutting industry. Numerous technological advances and innovations such as increased plasma beam density, high vortex electrode arc root stabilization, optimized shield gas composition, floating metallic shield, and the long life oxygen process with controlled arc transient have greatly increased the industrial worthiness of this innovative process by improving its performance and reducing operating cost. As a result, the high definition plasma cutting process, thanks to its precision and accuracy, excellent edge quality, minimum and consistent bevel angles, absence of dross, combined with its substantially lower initial capital investment cost, presents itself as an extremely competitive alternative not only to conventional plasma processes,
| Number of Pages : | 10 |
| Published : | 11/01/1998 |
