The Right Tools For Profile Cutting

Profile cutting is required when an intricate or detailed shape has to be cut in metal commonly steel . This is the technique commonly used in shipping or offshore industries for cutting pipes, it could also be useful for cutting mechanisms found in gears within machinery. In order to assure the cut is to the required standard specialised equipment is usually needed. Today you will be more likely to see plasma cutters that have the capacity to deliver more intricate shapes and do not generate the metal shards that oxy-fuel cutters may have done.



Plasma cutters work by sending a pressurized gas, for example nitrogen, argon, or oxygen, via a small channel towards a coil. This results in plasma which is then able to cut through metal and also create grooves. Although plasma cutters were at first restricted to simple cutting shapes produced on a large scale, the arrival of computer technology means plasma cutters became a lot more flexible and versatile to a variety of purposes. The computer control offering an infinitely more precise cut means plasma cutters may be used for profile cutting.



Plasma cutters can be used in both large scale and small scale projects where profile cutting is necessary in a range of metalwork industries. Modern computer control ensures that plasma cutters can be quickly recalibrated from the output of a large mass produced component to a smaller one off component or any combination inside a short period of time. Not only has computer control increased the flexibility and adaptability of plasma cutters but it has increased substantially the degree of precision which such cutters can work to. A user may easily programme the plasma cutter via a standard computer interface which will generate exact results.



The application of plasma cutters is widespread, since they are vital to any industry which works with steel and requires profile cutting technology. Such businesses vary considerably from the manufacture of shipping and offshore platforms to the manufacturing of vehicles and heavy machinery. Virtually any component required within such industry will be accurately produced using profile cutting. Such components can vary from pipes to shaped metal plates to intricate gearing mechanisms, but every one of these components require a high level of precision in their production for the utmost safety and efficiency in their application.



Plasma cutters are thus a fundamental acquisition for virtually any business undertaking profile cutting. Should you be still using oxy-fuel cutters it could be time for you to upgrade to plasma cutters to achieve that greater degree of accuracy. Modern cutters hold the distinct advantages of creating a smoother finished edge, producing designs with greater precision and not producing metal shards. When there is no margin for error then plasma cutters will be the tool demanded.

This article was written by R. Deans on behalf of Westermans International, experts in profile cutting equipment. For more info on profile cutting equipment please visit Westermans.com