1. Speed:

A processing injection molding merchant can increase production capacity by reducing the molding cycle, which is the sum of the melting plastic, injection, cooling, and demolding time.

By using large molds that can manufacture multiple components within one molding cycle, production can also be increased. This type of mold is called a multi cavity mold.

2. Stability:

An equally important factor as production. By carefully controlling the plasticizing temperature, plasticizing pressure during mold filling, mold filling rate, and cooling process, the stability of the process can be maintained. The above four injection molding process parameters interact with each other, which is very useful for understanding process changes and solving problems. Although these process parameters are almost applicable to all injection molding processes, the processes used in each workshop will still vary depending on the application, material selection, and injection molding merchant preferences.

3. Filling rate:

When injecting thin-walled products, it is necessary to inject the material into the mold as quickly as possible to prevent freezing before the part mold is filled with material. The latest resin materials and plastic machinery technology in this field almost always aim for faster and more convenient filling processes. In addition to reducing the molding cycle through better filling processes, injection molding companies can also reduce costs by using thin-walled molds or larger molds with more cavities.

The thin-walled forming process requires the injection molding machine to complete the filling process within one second, and the machine itself can support large, multi cavity molds. Thin walled lids and containers are generally relatively small, so their molds can produce over 100 lids at once.