Industry News

In the injection molding process, various testing instruments inspect and control molds, finished products, and raw materials to ensure product quality and production efficiency.

Temperature control of the mold is crucial in the injection molding process. It directly affects product quality, such as shrinkage, warping, and surface finish.

DFM (Design for Manufacturing) is a methodology that integrates manufacturing processes, materials, and costs into the product design phase. In injection mold manufacturing, DFM is particularly crucial as it effectively reduces production costs, enhances product quality, and shortens production cycles.

Choosing the right injection molding machine for your production needs requires a comprehensive consideration of various factors, including product characteristics, production processes, budget, and equipment performance.

The application of inserts in complex injection molds is of great significance. Inserts provide flexible and efficient solutions, especially for achieving precision molding, addressing structural design challenges, and enhancing production efficiency.

In plastic injection molding, the quality of threads directly affects the functionality and performance of the product, such as sealing, connectivity, and durability.

Transparent plastic materials are widely used in industrial, daily life, and specialized applications due to their unique properties.

A vertical injection molding machine is a type of injection molding equipment in which the mold and injection unit are positioned vertically. Unlike traditional horizontal injection molding machines, the injection unit and mold of a vertical machine are typically aligned upright.

Commonly used dielectric fluids in EDM include mineral oil, deionized water, and specialized synthetic media. Different dielectric fluids are suited for various machining requirements and workpiece materials.

Wire Electrical Discharge Machining (EDM), is a highly efficient processing method, that is playing an increasingly important role in injection mold manufacturing. With advantages such as high precision, high efficiency, flexibility, and adaptability, it significantly improves the quality and productivity of mold manufacturing.