A draft angle refers to the angle between the mold cavity surface and the mold’s parting line. The presence of this angle allows injection-molded parts to be smoothly ejected from the mold after cooling and shrinkage.

POM (Polyoxymethylene) injection molding is widely used in various fields due to its unique physical and chemical properties, and it has a broad application prospect. With the advancement of technology and the changing market demands, the scope of POM injection molding applications continues to expand.

Surface treatment for automotive interior injection molds aims to enhance mold performance, improve product quality, and extend mold lifespan.

The fixing method of injection mold inserts is directly related to the service life, machining accuracy, and molding stability of the mold. A proper fixing method ensures that inserts remain stable during operation without shifting, deforming, or being damaged while also facilitating installation and maintenance.

The hot runner system maintains the temperature of the molten plastic inside the mold, preventing material from cooling in the flow channels and reducing the molding cycle time.

Choosing the appropriate injection mold standard mold base requires a comprehensive evaluation of various factors, including product requirements, mold design, production costs, and machining precision.

The draft angle in injection molds is a critical factor that affects product quality and production efficiency.

The cooling system in an injection mold plays a crucial role in determining mold lifespan and product quality. An efficient and stable cooling system effectively reduces mold temperature and minimizes thermal stress, extending the mold's service life.

Plastic thread injection molding is widely used in electronics, automotive, and household appliances. However, various defects frequently arise during production.