As an advanced China metal parts factory, we have built continuous partnership with several worldwide enterprises. The key factor we success is that we strive to provide standard, professional services to customers as the best as we can. Contents below is the general steps to develop new MIM projects (metal injection molding projects), you would know how BRM starts the projects, and what our MIM factory would do to control the quality of the metal parts.

​MIM (metal injection molding) is an advanced technology of metal forming which combine the advantage of plastic injection molding and conventional powder metallurgy technology (press sintered, precision casting, forging, stamping, machining). The main MIM steps are including Feedstock, Injection molding, Debinding, Sintering. In order to get the final metal part, post treatment will be necessary such as machining, sizing, blasting, polish, coating, heat treatment etc.

Metal injection molding, abbreviated as MIM, is a high-tech manufacturing method of small size, high energy-efficient metal parts. The finished part by MIM will have not only intense similarity in shape (net shape), but also the original performance of the parts in terms of physics, chemistry and mechanical property. Our company has successfully developed a variety of metal components and we will be devoted to provide lower cost, stability small and complex structural metal parts to telecommunications, electronics, automotive, hardware, medical, machinery, watches and medical instruments etc. Compared with the traditional technology of powder metallurgy, MIM have a greater advantage on manufacturing metal parts obviously.

MIM stand for Metal Injection Molding, it's a forming method of a metal parts and can provide a nearly unlimited shape, geometric-feature capability, high-production rates through the use of multi-cavity tooling. Different from traditional technology press sintered, CNC, MIM have an outstanding advantage on producing small size, complex shape metal components in large quantities.