What do you need for a plasma cutter?

What do you need for a plasma cutter?

What gas do you need for a plasma cutter?

Gas is needed for a plasma cutter in order for it to work and create the plasma. As mentioned, the most popular gases to use are oxygen, nitrogen or argon. Some plasma cutter systems include multi-gas features so a variety of gases can be used for different applications.

Do you need a compressor for a plasma cutter?

One of the most important requirements for a quality cut when using a plasma cutter is sufficient air pressure to blast the plasma out of the cut. That means you need a quality air compressor as well as a quality plasma cutter, both inside the same cabinet.

Is it hard to use a plasma cutter?

Plasma cutters are so easy to use that it’s tempting to take your new plasma cutter out of the box and go to work. However, there are a few practices that can increase your efficiency, improve your cut quality and prolong the life of your equipment.

How big of an air compressor do I need to run a plasma cutter?

As a good rule of thumb, select a compressor that has a flow rate capacity of at least 1.5 times the consumption rate of the plasma cutter.

Are plasma cutters worth it?

Plasma equipment is considered to be better value for money, as well. Plasma torches are low-maintenance, rarely requiring replacement. Plasma cutting also relies on inert gases, making it much safer to use than oxygen-based cutting.

Can you use CO2 for plasma cutter?

Use nitrogen plasma with CO2 to cut stainless and aluminum for the best results for the cost. For the most economical plasma cutting, clean compressed air is the best fit for cutting aluminum, mild and stainless steel.

Which plasma gas gives the best results for cutting stainless steel?

Air. Air is the most versatile plasma gas; it produces good cut quality and speed on mild steel, stainless, and aluminum. Air also lowers the cost of operation because it is not necessary to purchase gases.

What is F5 plasma gas?

F5 (5% hydrogen 95% nitrogren) is used primarily for cutting stainless steel. F5 provides fast, oxide-free cuts, however the hydrogen gas introduces a lot of heat into the material. As a result, more dross forms, and cut parts often need cleaning before they can proceed to welding or painting.