Gas-Assisted Injection Molding (GAIM) is an advanced technology that enhances traditional injection molding by introducing high-pressure gas (usually nitrogen). This optimization reduces product weight, improves molding efficiency, and lowers production costs.

In injection molding, holding pressure and holding time are two critical process parameters that directly affect the quality of the molded product.

Three-plate and two-plate molds are two common types of molds used in injection molding. They differ significantly in structure, functionality, and applicable scenarios.

The choice of plastic gear material directly affects the performance and lifespan of the gear.

Once an injection-molded product is produced, post-processing steps are often required to achieve the desired quality and performance.

Sliders and inserts are essential components in over-molding injection molds, enabling the formation of complex product structures and ensuring product quality. They play critical roles in parting, molding, and core-pulling within the mold.

Overmolding injection molds are essential tools for the overmolding process, primarily used to combine different materials into a composite product through injection molding. These molds are widely applied in automotive, electronics, medical devices, home appliances, and consumer goods industries, fulfilling requirements for anti-slip, shock absorption, sealing, and aesthetic appeal.

Humidity control during the drying process of injection molding materials is critical to ensuring product quality. Moisture is a significant challenge in plastic processing. Excessive moisture content can lead to defects such as bubbles, silver streaks, and rough surfaces, severely affecting the performance and appearance of the final product.

During the injection molding process, it's common for the gate (the small opening where the molten plastic enters the mold cavity) to break off and remain in the mold.

As the automotive industry increasingly emphasizes lightweight, strength, and durability, glass fiber-reinforced plastics (GFRP) play an ever-expanding role in automotive component manufacturing. GFRP injection molding, with its outstanding mechanical properties, heat resistance, and processability, is becoming a crucial technology for replacing traditional metal materials.