Welding performance· High welding speed: High - frequency welding machines utilize the skin effect and proximity effect of high - frequency current. They can rapidly heat the welding area to the melting point in a very short time, significantly shortening the welding time and improving production ef

Ultrasonic Welding1. PrincipleUltrasonic welding uses high - frequency mechanical vibrations (usually above 20 kHz). The ultrasonic transducer converts electrical energy into high - frequency mechanical vibrations. A sonotrode (also known as a welding horn) transmits these vibrations to the parts to

Rapid heating of the workpieceHigh - frequency welding uses high - frequency electrical energy, usually in the range of radio frequencies (from a few kilohertz to several megahertz). When the high - frequency current is passed through the workpiece or the area to be welded, it induces eddy currents

A high - frequency welding machine is a device with a wide range of applications:1. Welding of metal materialsSheet metal welding: It is commonly used to weld thin - walled metal sheets. For example, in the production of metal cabinets, such as file cabinets and electrical equipment enclosures. The

Ultrasonic welding is a well known procedure utilized in assembling, especially in the development of plastic items. It includes utilizing high-recurrence sound waves to make a connection between two materials, without the requirement for cements or clasp. In any case, an inquiry that frequently eme

In the assembling business, welding is a significant cycle that is utilized to consolidate various materials. Two famous welding procedures that are ordinarily utilized are laser welding and ultrasonic welding. Albeit the two techniques are powerful in joining materials, they vary essentially in the