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How Does EDM Perform Mold Surface Pretreatment?
Introduction Electrical Discharge Machining (EDM) is widely used in mold manufacturing for its precision and ability to form complex geometries. However, EDM often leaves a recast layer and micro-pits on the...Read more -
Which material is suitable for surface treatment in injection molding?
Introduction In injection molding, the surface treatment compatibility of materials directly determines the success of secondary processes such as painting, plating, or printing. Differences in polymer struc...Read more -
How to realize anti-counterfeiting of injection molded parts?
Introduction In today’s competitive manufacturing landscape, brand identification and anti-counterfeiting technologies have become key extensions of injection molded part value. By integrating microstructure...Read more -
How to control the haze of high permeability injection molded parts?
Introduction High-transparency injection-molded parts are widely used in lighting, automotive lamps, and consumer electronics, requiring high standards for appearance and optical performance. Haze control is...Read more -
How to Achieve Uniform and Rapid Cooling in Injection Molding?
Introduction The efficiency of cooling in injection molding directly affects production cycles and product quality. Optimizing the cooling process and mold design can significantly shorten cycle time and imp...Read more -
How to Control the Shear Sensitivity of Glass Fiber in Injection Molding?
Introduction During glass-fiber-reinforced plastic injection molding, shear sensitivity directly affects the mechanical properties and surface quality of molded parts. Excessive shear during flow shortens th...Read more -
How to Reverse Design a Mold Based on Product Requirements?
Introduction Reverse mold design is an engineering approach that starts from the product’s functionality and usage scenarios. By analyzing product geometry, material, and performance needs, it guides mold st...Read more -
How Does Injection Part Structure Affect Local Shrinkage?
Introduction In injection molding, the structural design of the part directly determines the distribution and intensity of local shrinkage. Uneven wall thickness, dense ribs, and sharp corners often cause in...Read more -
How to Embed Electronic Modules into Nylon Injection Parts?
Introduction With the rise of intelligent manufacturing, embedding electronic modules directly into nylon injection parts has become a key trend in structural–functional integration. This approach not only r...Read more -
How to balance the fluidity of injection mold?
Introduction In injection molding, flowability is the foundation of product quality. If the melt flow inside the mold is uneven, it leads to sink marks, short shots, and warping, directly impacting part stab...Read more -
How to Eliminate Moisture-Related Defects in Injection Molding?
Introduction Moisture-sensitive materials are highly prone to defects such as bubbles, splay marks, or dull surfaces during injection molding, caused by humidity variations. Controlling material moisture con...Read more -
How Do Injection-Molded Parts Achieve Ultra-High Elasticity?
Introduction In modern injection molding, achieving ultra-high elasticity relies on the seamless integration of material selection and precise process control. The arrangement and compatibility of polymer ch...Read more