The Science Behind Plasma Cutting

Plasma cutting uses a combination of gas and electricity to produce an extremely hot, focused plasma arc capable of melting metal instantly. Here’s how it works:

1. Gas + electrical arc → plasma jet
An electric arc ionizes compressed air or gas, converting it into plasma.

2. Plasma melts the metal
The jet reaches temperatures of 20,000–30,000°F, hot enough to melt any conductive metal.

3. High-velocity gas clears molten material
The pressurized gas blows away the liquefied metal, leaving a smooth, narrow kerf.

This process allows for fast cutting speeds, minimal warping, and precise control, even on thick, painted, or reflective metals.

Materials You Can Cut With a Plasma Cutter

Plasma cutting works on any conductive metal, including:

Mild steel
Stainless steel
Aluminum
Copper
Various metal alloys

FlexCut® systems handle all of these materials with high precision and consistent performance.

Why FlexCut® Makes Plasma Cutting Easier

FlexCut® plasma cutting systems are designed to deliver professional-grade results with user-friendly operation.

Key advantages include:

Steady, reliable cutting power, high-duty cycles, and continuous output.
Intuitive interface and guided setup.
Consumables are engineered for maximum life and effortless replacement.
Industrial IP23-rated enclosure, reinforced internal components, and shock-resistant housing.