Electrical Discharge Machining (EDM) is a non-traditional processing method that removes material through electrical erosion. It is widely used in modern mold manufacturing. Electrodes are the core components of EDM, and their design and manufacturing directly determine the machining accuracy, efficiency, and mold quality.

During plastic gear injection molding, various problems can arise due to factors such as material selection, mold design, process parameters, and equipment performance.

Guide components are crucial elements in injection molds. Their machining accuracy directly impacts the mold's lifespan and the quality of the molded products. Primarily functioning as positioning and guiding elements, they ensure that the moving and fixed molds align accurately during closure, guaranteeing the dimensional precision and surface quality of the molded parts.

Black spots in white injection-molded parts have long troubled injection molding factories, significantly impacting the appearance and quality of products.

Mold installation and adjustment is a crucial step in the injection molding that directly affects product quality and production efficiency. This article will detail the key steps and precautions involved in this process.

A hot runner system is an advanced flow channel technology for plastic injection molding that maintains the temperature of the molten plastic by heating the runner system, enabling efficient and precise injection molding.

Improving the precision of plastic gear injection molding requires efforts in multiple areas, including material selection, process optimization, equipment choice, and mold design.

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.