Efficient Plasma Cutting Machine

We are a professional manufacturer of Efficient plasma cutting machines for sheet metal, with over 10 years of industry experience. Today, we would like to introduce to you:

The Efficient cutting process of plasma cutting machine for sheet metal is a complex process involving multiple links and parameters. The following is a detailed analysis of the cutting process:

一、 Cutting principle
The working principle of the plasma cutting machine for sheet metal is to "decompose" the gas into ionized plasma gas through high-frequency arc. These high-temperature plasma arcs act like a high-temperature flame, melting the workpiece locally. At the same time, high-pressure gas blows away these melted metals at a speed of hundreds of meters per second, forming a narrow and neat cut on the workpiece.
二、 Cutting process
1. Common edge cutting: Common edge cutting is an effective cutting process that can improve the cutting efficiency and material utilization of plasma cutting machines for sheet metal. By optimizing the discharge method, multiple parts can share the same cutting path, thereby reducing cutting time and material waste.
2. Small hole cutting: Small hole cutting requires special attention to the control of cutting speed and cutting height. Reducing the cutting speed of small holes can improve their verticality; At the same time, it is necessary to accurately control the cutting height of the plasma cutting machine for sheet metal to prevent the plasma cutting gun from descending and causing a decrease in cutting quality. In addition, it is necessary to set up slot compensation for small holes and outer contours separately in the nesting software to ensure cutting accuracy.
三、 Cutting quality analysis

In addition to the cutting parameters and processes mentioned above, the cutting quality is also affected by factors such as gas flow rate, electrode shrinkage, cutting nozzle height, and cutting consumables (electrodes, nozzles, etc.). The common cutting quality problems of plasma cutting machines for sheet metal include cutting angle deviation, slag generation, etc. To address these issues, measures such as adjusting arc voltage or cutting torch height, replacing vulnerable parts, and optimizing cutting parameters can be taken to solve them.

In summary, the Efficient cutting process of plasma cutting machine for sheet metal is a complex process involving multiple links and parameters. By reasonably setting cutting parameters, optimizing cutting processes, and paying attention to cutting quality analysis, measures can be taken to ensure the improvement of cutting quality and production efficiency.

Obtain detailed machine parameters and quotation.