While the initial investment is higher, the throughput and reduced labor costs make CNC plasma a compelling choice for professional fabricators. A tracer head, usually equipped with a wheel or roller, follows the contour of a template or the edge of a workpiece.
Plasma Cutter Types Comparison: Key Differences and Similarities
An electrical arc is formed between an electrode and the workpiece, passing through a constricted orifice filled with gas. The choice between a single-beam and multi-beam torch can impact productivity, with multi-beam systems offering the ability to stack cuts or process multiple sheets simultaneously.
This intense energy transforms the gas into plasma, which exits the torch nozzle at high velocity, cutting through the material while simultaneously blowing away the molten metal. In this setup, a computer directs the torch movement along the X and Y axes, executing a programmed path with extreme accuracy.
Plasma Cutter Types Comparison: Key Differences and Similarities
Traditional Oxygen Plasma Cutting. How Plasma Cutting Works at a Fundamental Level At its core, plasma cutting uses a accelerated jet of superheated, electrically conductive gas to melt and remove metal.
More About Types of plasma cutters
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