About Fully Automatic Burning Machine Introduction
The welding machines convert alternating current or direct current into high-voltage, high-current current. The welding torch transmits high voltage and high current to the object to be welded. After the welding rod comes into contact with the object to be welded, the current on the welding handle passes through the welding rod and the object to be welded to form an arc. The temperature of the arc can reach thousands of degrees Celsius, melting the welding rod and the object to be welded.
Fully Automatic Burning Machine Features
Electric welding machine of advantage : electric welding machine uses electric energy and instantly converts electric energy into heat energy. Electric welding machine is suitable for working in dry environment and does not require too many requirements. Because of its small size, simple operation, convenient use and fast speed , the advantages of strong welding seams after welding are widely used in various different fields. It is especially practical for parts requiring high strength. It can instantly connect the same metal materials permanently.
How to operate the Fully Automatic Burning Machine
The principle of Electric welding is positive and negative result short current by electric transfer to heat energy. When welding the work piece, the pneumatic cylinder fixed the component, the welding torch transmits high voltage and high current to the object to be welded.
Fully Automatic Burning Machine Application
Electric welding machine is suitable for working in dry environment and does not require too many requirements.
The structure of the welding machine is very simple. To put it bluntly, it is a high-power transformer that converts 220V AC power into a low-voltage, high-current power supply, which can be DC or AC.
It have small size, simple operation, convenient use and fast speed , the advantages of strong welding seams after welding are widely used in various different fields. It is especially practical for parts requiring high strength.
