Reinforcing ribs are a commonly used structure in the design of plastic products. Their function is to increase the strength and rigidity of the product while reducing material usage and product weight. A reasonable reinforcing rib design can effectively improve the mechanical properties and extend its service life.

In injection mold machining, reserving an appropriate machining allowance is a crucial aspect of the design and manufacturing process. It directly affects the mold's quality, service life, and machining efficiency. A reasonable machining allowance must be determined by considering the specific mold structure, machining methods, and material properties.

The fundamental principle of the cooling system in injection molds is to circulate a cooling medium (typically water or other cooling liquids) through cooling channels inside the mold. This circulation removes the heat absorbed by the mold cavity and core during the injection process, thereby reducing the mold's temperature and achieving rapid cooling.

The viscosity of a plastic melt reflects its flow resistance and belongs to the characteristics of a non-Newtonian fluid, which is affected by both temperature and shear rate.

The Bill of Materials (BOM) for injection molds is a core document in mold manufacturing and management. It is primarily used to record all materials and components that make up the mold.

Injection molds play a pivotal role in the modern packaging industry. By injecting molten plastic into a mold and allowing it to cool and solidify, a wide variety of plastic packaging products with diverse shapes, sizes, and functions can be produced.

Automatic thread demolding technology plays an increasingly important role in mold manufacturing and production processes. Compared to traditional demolding methods, it offers numerous advantages, significantly improving production efficiency and product quality.

POM (Polyoxymethylene) materials experience some shrinkage during the molding process, mainly due to the reduction in material volume during cooling, as well as the influence of mold design and processing parameters.

Medical-grade plastic particles are indispensable materials in the manufacturing of medical devices. Their quality is directly related to the safety and effectiveness of medical devices. To ensure the quality of medical devices, medical-grade plastic particles need to undergo strict grading and management.

Injection molds are key tools for the production of plastic products.