Metal Injection Molding in Aerospace


Metal Injection Molding in Aerospace

Why use the metal injection molding process to manufacture aerospace parts? The metal injection molding process has become a popular and trusted technology for manufacturing high-quality, high-precision metal parts. It has the following advantages:

1、complex three-dimensional geometric design is possible,

The metal injection molding process was found to be very effective in the high precision manufacturing of complex three-dimensionally designed parts. Therefore, it is possible to passMIM easily manufactures complex geometric design components for aircraft engines and other parts.

2,The components produced are suitable for use in applications with small dimensional tolerances

Aerospace components require high dimensional accuracy, and metal injection molding technology can also achieve the same requirements. Manufacturers are passingThe MIM process manufactures various such machine parts.

3、Micro Parts Manufacturing

The metal injection molding process is suitable for the manufacture of complex micro-parts, which are used in large quantities in the aerospace industry. These parts can be easily developed to the required size without reworking to achieve the desired effect.

4,Precise marking on components

The metal injection molding process allows the date, code and part number to be stamped in other specifications of the part. According to the standard, these markings determine the true use of the part.

5、The part manufacturing process is controlled by accurate weight input, thus eliminating losses

The process of MIM itself is highly controlled, and the input material is delivered at a weight to be determined, corresponding to the weight of the component. withCNCCompared with other technologies, the material loss is greatly reduced, which also ensures economy, especially when the substrate is an expensive high-temperature alloy.

6、The cost of producing complex parts is relatively low compared to other technologies

The above-mentioned attributes of MIM ensure that complex components can be manufactured while reducing time, improving efficiency and cost economy.

 

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