Plasma Cutter Stainless Steel Sheet

The next consideration for successful stainless steel cutting with plasma is material type.

Plasma cutter stainless steel sheet.

There are at least four different types of stainless steel. The thickness of the resolidified layer generally is in the 10 to 30 m range less than 0 001 inch. Will a plasma cutter cut stainless steel considering the fact that one particular within the positive aspects making use of a plasma cutter will be the fact that you could cut stainless steel metal quickly and completely it appears reasonable get started on your personal voyage directly into the realm of slicing by using stainless steel. To clean cut stainless steel sheet and plate fabricators first must choose the right cnc cutting equipment and then set the correct process related variables.

Then set the correct current for your cutter. Some lend themselves really well to laser cutting technology while others fit better for plasma cutting. Make sure to connect the cutter to an air compressor and switch on the air. It s probably the solution that will give you the quickest most consistent and overall best results.

Penn stainless products utilizes two koike aronson versagraph millennium series plasma cutting systems model 3100 for all stainless steel plate and sheet plasma cutting. Cutting stainless steel with a plasma cutter is not only possible. Precise machine motion controls torch to material distance control and the correct plasma and assist gases all are crucial to producing weld ready plasma cut edges on all stainless steel thicknesses. The system features hypertherm s hpr800xd hyperformance plasma technology which enables powerful precision cutting for superior quality and consistency up to 6 25 inch thick stainless steel plate.

First and foremost you will have to prepare your plasma cutter. Little or no solid state phase transformation is observed in the microstructure. Types of stainless steel in relation to laser cutting. Austenitic stainless steel is one of the most commonly used steels in the construction industry.

Note that the thicker the steel the higher the current. When a plasma process engineered for cutting 304l is applied to another similar austenitic alloy for example 316l dross and a rough cut edge can result. Cost effective air plasma solutions are available but will require you to compromise on the speed and cut that a higher quality machine with precision plasma will provide.