Nowadays, with the continuous development of science and technology, our technicians have invented various technologies to achieve the industrial purpose. The industrial demand, with the demand, will bring more applications. MIM process parts are One of them, what is the technical design of MIM process parts? The very simple MIM process parts are consumed in a cavity composed of two half-molds separated by a plane and sealed. Among them, the half-mold is composed of a core with an average gap installed in the other half of the mold, and the average gap left is for forming parts with uniform wall thickness. The core forming is the structural feature inside the part, and the cavity forming is the structural feature outside the part. All the structural features of the design need to be able to be released from the cavity and the solidified molded part that can be removed from the core by the ejector rod. When the complexity level of the MIM process parts increases, it can be added to the slider, core and other tools commonly used in plastic injection molding to form. While increasing the structural characteristics of the parts, the complexity level of the parts increases. At this time, due to the elimination of the operating costs of tools and technical equipment related to ordinary and subsequent processing or assembly operations, MIM process parts can obtain economic benefits. At each stage of design, these benefits and costs need to be carefully weighed against each other. The above is the introduction of the best design of MIM process parts. For more information, you can contact us for consultation. Shenzhen Best Precision Technology Co., Ltd. is a collection of metal injection molding, MIM factory, metal powder injection molding, metal powder injection molding, powder injection molding, powder injection molding, metal 3D printing wire, metal powder injection molding factory, metal powder injection molding Factory, powder injection molding factory, powder injection molding factory, MIM process, MIM processing, metal, ceramic 3D printing and metal jewelry development, production as a diversified technology company.