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What is the servo hydraulic press of MIM post-forming equipment?
MIM servo hydraulic forming machine is a servo hydraulic machine independently developed and produced by Xin Taiming. It is a professional equipment developed by our company for MIM industry (metal powder injection molding technology) and PM, PIM and other processes. China is the first manufacturer integrating R&D, production, sales and after-sales service. Its main customers are Changzhou Seiki, Shanghai Fuchi, Dongguan Seiki, Suzhou Chinese Medicine, Hangzhou Amphenol, Qujing Zhongming and other leading enterprises.

MIM servo hydraulic molding machine adopts brand-new servo hydraulic control system, high-quality hydraulic components and advanced oil circuit design, which has the functions of pressure stabilization, data tracking, real-time monitoring of various parameters, pressure curve and its quality monitoring, data export and so on, and is divided into mechanical and numerical control equipment selection. The working beat can be controlled within the working cycle of 2S, the working oil temperature of the equipment can be effectively controlled below 45℃, and the working noise can be controlled below 60 dB, which can effectively reduce the failure rate of the equipment. It has the advantages of energy saving, environmental protection, high precision, high efficiency, high yield, low failure rate and safety.

MIM process: firstly, solid powder and organic binder are evenly mixed, granulated, injected into the mold cavity by an injection molding machine under heating and plasticization, solidified and molded, then the binder in the molded blank is removed by chemical or thermal decomposition, and finally the final product is obtained by sintering and densification.

MIM process products not only have the characteristics of "plastic injection molding" with complex shape and easy mass production, but also have physical, chemical and mechanical properties close to precision casting and forging, which has unique advantages in preparing near-net-shape products with complex three-dimensional geometry, uniform structure and high performance.