Cut Metal with Precision Using Helvi Plasma Cutters

Helvi offers a full range of plasma cutting systems for metal fabrication and industrial use. Our plasma cutters provide extremely accurate cuts with minimal drag or distortion thanks to advanced built-in technology.

Ideal for cutting stainless steel, aluminum, mild steel, and other conductive metals, Helvi plasma cutters deliver clean, fast cuts in materials up to 1 inch thick. Cut curved, straight, or angled lines and shapes. Bevel edges and prepare metal for welding. Remove rust and coatings. All with extreme precision.

Choose from handheld torch models for portability or CNC cutting tables for automated production. Helvi plasma systems are available in a variety of amperages and duty cycles to match your cutting needs.

Every Helvi plasma cutter maximizes cutting power while minimizing energy use. Pilot arc starts ensure reliable ignition. Smart design enhances durability, cuts operating costs, and reduces downtime.

Achieve superior cut quality and productivity with Helvi plasma cutting systems. Discover the right model for your metal fabrication tasks.

If you work with metal, you need to know about plasma cutting. This innovative fabrication technique is faster, cleaner, and more precise than old-school methods like oxyfuel and laser cutting. Keep reading to learn what makes plasma cutting so revolutionary.

How Plasma Cutting Works

In plasma cutting, an electric arc is focused through a constricted nozzle to melt and cut through conductive materials. Compressed air blows the molten metal away, leaving an extremely narrow kerf behind.

A plasma cutter creates temperatures up to 50,000° F – hotter than oxyacetylene torches. This intense concentrated heat means you can cut thicker and stronger metals with less drag and warping.

Key Benefits of Plasma Cutting

Speed – Plasma cuts faster than other techniques, with smaller heat-affected zones. Make intricate cuts in thick steel plate more efficiently.

Precision – The tight plasma arc and CNC compatibility enable precise, clean cuts with minimal slag to clean up afterwards.

Versatility – Plasma can cut stainless steel, aluminum, brass, copper, and other conductive metals in varying thicknesses.

Low Cost – Plasma cutters use less gas and electricity than alternatives. Their durability keeps operating costs low.

Minimal Warping – The plasma arc’s concentrated heat reduces drag and distortion. Parts require less secondary finishing.

Plasma cutting brings speed, accuracy, and versatility to metal fabrication. As this game-changing technology continues improving, it will become an even more valuable tool for automotive, aerospace, construction, and other metalworking industries. Stay ahead of the curve by adopting plasma cutters in your shop today