Buying Hypertherm CuttersI

If you’re already familiar with plasma cutters, then maybe you’ve heard of hypertherm plasma cutters. Just like with traditional plasma cutters, hypertherm plasma cutters cut through steel, copper, aluminum, and stainless steel with a plasma torch. It even operates under the same concept: pressurized inert gas blown through a nozzle. When electrically arced, the gas creates blazing plasma. It’s just as efficient and cost-saving as the traditional plasma cutter and it’s a great tool to use for identifying electricity -conducting metals.

It’s also similar to traditional plasma cutters in the way that its plasma heats metal to a molten state so that the metal can be easily cut. Even professionals and amateurs can cut through hard metals with this tool and its ease of use accounts for the intricate detail you see in a lot of metal artwork (including art by non-professionals).

Hypertherm plasma cutters differ from traditional plasma cutters however in the way that the plasma is generated. Hypertherm plasma cutters produce plasma in two cycles. In the first cycle, a high-voltage circuit creates a spark inside the torch’s tip. Plasma occurs when gas touches the spark. In the second cycle, the plasma increases in intensity when it touches metal.

Alone, the tool is very effective. But when used with a computer, the tool is extremely precise. Cutting both thin and thick metals is facilitated through the use of a configured and computer-controlled plasma cutter.

When buying hypertherm cutters, be sure to find one that’s rated higher than the thickness of the metal you’ll cut. If you try to cut metal that’s thicker than the cutter’s rate, you won’t be satisfied with the results. Yes, hypertherm plasma cutters are some of the most precise cutters available, but they won’t make clean cuts through metals that are thicker than what they were designed for.

You’ll also want to accurately match the cutter’s requirements to your electrical output. It’s somewhat like using ac adapters. The power source has to work with the equipment or else the equipment won’t work – or worse, it’ll burn out. Don’t take a chance and approach your hypertherm cutter with guesswork. Take the time to ensure an appropriate power match.