Without the need for multiple overlapping processes, MIM can directly produce complex shapes that are difficult to machine using traditional milling, such as internal grooves, thin-walled structures, and three-dimensional curved surfaces, significantly reducing the need for secondary processing.

After high-temperature sintering, MIM parts can reach a density of 95% to 99% of the theoretical value. Their mechanical strength, wear resistance, and corrosion resistance are close to or even equal to those of traditional forged materials, without compromising performance.

MIM is particularly suitable for large-scale production with an annual output of tens of thousands to millions of pieces. Compared with CNC machining or precision casting, MIM can significantly reduce unit costs while maintaining quality.