The complex shape, small size and high output of the parts are the strengths of the MIM process. This article is divided into two upper and lower

These strengths have led to a number of applications in electronic digital products, light weapons, watches, hand tools, orthodontic brackets, automotive engine parts, electronic seals, cutting tools and sports equipment.

There are mainly the following main items before, and it is necessary to consider clearly before selecting the MIM process.

1. Quality, cutting volume: MIM has an advantage in reducing production costs for parts with very high material loss and time-consuming machining in machining and grinding.

2. Total demand: mold costs and R&D expenses are difficult to bear for low-demand products. Therefore, when the annual demand for the product reaches or exceeds 20,000 pieces, you can consider the MIM process.

3. Materials: The MIM process is a near-net forming technology that is most attractive for parts designed from difficult-to-cut materials such as titanium, stainless steel and nickel alloys.

4. Product complexity: The MIM process is most suitable for the manufacture of multi-axis parts and multi-reference parts with complex geometry and many transformations in the machining process.