In modern precision manufacturing, injection molding pre-embedded processing is becoming a key technology for achieving seamless integration of metal and plastic.
As a key contact component in the welding system, stamped copper electrodes must not only possess excellent electrical conductivity but also maintain stable operation under the multiple challenges of high-frequency current, transient high temperatures.
The injection-molded, pre-embedded plastic copper mother plate with copper sheet is called the "skeleton-level" component of high-density modules because it integrates structural support.
In injection mold manufacturing, electrodes, as the core tool in electro-discharge machining (EDM), directly determine the machining accuracy and surface quality of the mold cavity.
In this product competition with "diversity" as the core, injection molding technology is becoming a key force to meet the personalized needs of consumers with its high flexibility and adaptability.
In modern industrial production, especially in the fields of electronic manufacturing, automotive welding, and automation equipment, copper electrode is a key conductive and thermal conductive component