Metal Injection Molding (MIM), as an advanced technology that integrates plastic injection molding and powder metallurgy, has become a key process in high-end manufacturing due to its advantages of "complex molding + mass production." The process involves four core stages, each relying on breakthrou

In the field of precision manufacturing, the processing of complex components (such as parts with microholes, thin walls, and non-standard structures) has always been a major industry challenge. Metal injection molding (MIM), with its unique process characteristics, has become a key technology for o

The powder metallurgy stainless steel process primarily involves the following steps:1. Powder Preparation: Typically, water atomization is used to rapidly cool and solidify molten stainless steel through a high-pressure air/water stream into a fine, spherical powder.2. Powder Mixing: The stainless

In the development of modern manufacturing, breakthroughs in materials technology have always been a key driver of industrial upgrading. As a unique material preparation and forming technology, powder metallurgy, with its significant advantages in material utilization, performance control, and compl

IntroductionMetal Injection Molding (MIM) stands out as a highly efficient and precise manufacturing process, demonstrating immense potential in the production of complex metal parts. However, in the pursuit of precision and functionality, the surface treatment of these MIM parts is equally crucial.

Preventing Sintering Cracks in the MIM ProcessIntroductionSintering is a critical step in the Metal Injection Molding (MIM) process, where the final strength, density, and integrity of a part are developed. However, sintering cracks are a persistent challenge for manufacturers seeking high-volume, s