User Guide

Plasma Cutter & Plasma Table

Plasma is the heating energy of a gas to a high temperature, the movement energy of molecules or atoms increases, the particles have fierce conflicts, the electrons in the atoms are stripped, positively charged ions and negatively charged electrons are mixed together, so the overall charge offset, manifested as an electrically neutral state. The above plasma state occurs when the gas is heated to a temperature of more than 5 to 7 thousand under standard atmospheric pressure. Plasma cutting is a method of performing arc discharge between the cutting material and the electrode inside the torch, and then using this thermal force to cut. The thermal power of the arc discharge heats the gas into a high-temperature plasma, and the high-speed and high-speed plasma is sprayed from the cutting nozzle to melt the cutting material. Plasma cutters are designed for cutting sheet metals, square and round metal tubes/pipes, including hot rolled steel, stainless steel, carbon steel, cold rolled steel, galvanized steel, aluminum, iron, alloy, copper, brass, bronze, titanium. Plasma cutting machines are widely used in the industries of light-industrial machinery, machine tool manufacturing, pressure vessel, petro-chemical equipment, mining machinery, electric power, shipbuilding, aerospace, steel structure, bridge construction, etc.

2022 Best Plasma Cutting Videos

Find most helpful best plasma cutting videos for stainless steel, hot rolled steel, cold rolled steel, carbon steel, galvanized steel, aluminum, alloy, iron, brass, copper, titanium, bronze.

The Best Plasma Cutter for Sheet Metal Fabrication

The Best CNC Plasma Table for Metal Tube/Pipes

How Does A Plasma Cutter Work?

Plasma cutting is a processing method that uses the heat of a high-temperature plasma arc to melt (and evaporate) the metal part or part of the cut of the workpiece, and to remove the molten metal by the momentum of high-speed plasma to form the cut. The equal state of the kinetic energy of positively charged ions and negatively charged electrons is called thermal equilibrium plasma. The lower the plasma temperature in this state, the lower the current. During the arc discharge, the current flows into the plasma part formed between the electrodes, and the high temperature is ensured by the resistance heating effect generated at this time. Therefore, the plasma electricity around the cooling discharge is difficult to flow to the peripheral part, and the current will be concentrated to the central part. This phenomenon is called the heat shrinkage effect. Plasma cutting torch uses powerful cooling cutting torch to control the scope of plasma generation and achieve good results.