1.High degree of complex shape, the additional cost is less 2.Net costs can be reduced or eliminated for machining and finishing processes 3.High material utilization rate, 95% -98% of the material used in the product 4.Several requested features have similar size control 5.Flexibility in composition, microstructure and materials 6.Can wear or toughness requirements of heterogeneous microstructure 7.Good surface quality of …
The difference between powder injection molding and other method which based on molding sometimes can be confused. Molding is often used in the traditional production of powder metallurgy, ceramics and carbides. Molding is the application of technology has longtime been used to form a wide range of materials–ranging from ceramics to pharmaceuticals. Molding use upper and lower punch to suppress …
How do you know if a product is suitable for use in powder injection molding process ? You first need to consider the annual output. From past experience, the powder injection molding for industrial demand from the annual production of 5,000 pieces (such as specialized gun sight) to annual production of 100 million pieces (for example, mobile phone vibrator counterweight). …
Feasibility of powder injection molding technology is up to the other competitive processes. In any project, there are two steps in the competition. First step is to filter based on the processing capacity: what kind of technology can be used to form the desired characteristics and properties? The second step is based on the cost of competition: the expected production …
PIM used to product complex high-performance products; it has wide range of applications, from medical devices to wireless communication components. PIM technology overcomes the many limitations, such as plastic skill performance, traditional powder press forming, machining costs, isostatic pressure slip casting and production efficiency, the surface quality of casting defects and tolerance limits. Therefore, PIM is the best application of …