Around half of global MIM production, about $1.5 billion, comes from China including Taiwan, with the latter accounting for around $300 million of sal[……]
Tag: MIM Parts
MIM PARTS are the metal parts made by metal injection molding process. Metal Injection Molding (MIM) is a molding technology that achieves near net-shape metal parts with complex shape, high precision and performance requirement. MIM technology has its advantages over traditional powder metallurgy, machining, casting, and other methods.
What significant advantage does MIM technology has?
Metal injection molding is net a shape forming technology and that is the primary advantage it has. Compared with the traditional metallurgy technique[……]
Metal Injection Molding Allows Creating High Volume, Complex Parts for Smart Door Lock Manufacturers
Metal injection molding process produces high-quality finished metal parts for door lock by molding metal alloy powder as if it were plastic. MIM comb[……]
MIM components meet special demands for automotive industry
Compared with other industries, automotive industry is always in a state of constant flux from a component design perspective. The move towards lower[……]
MIM technology helps to explosive growth of E-Cigarettes
MIM has become a synonym for the iPhone SIM card tray and camera lens protector ring in the 3C industry. In addition to these, however, precision part[……]
Metal injection molding for medical device manufacturers
Component fabrication for medical devices must often enable the manufacture of strong, durable parts in intricate shapes and designs. The ability[……]
Using outsourced MIM parts production for medical and dental components is less costly than buying and operating a machining center in-house
When does it make more sense to use outsourced MIM parts production than to buy and operate a machining center and do the work in-house? MIM is Metal[……]
Metal Injection Molding: Auto Parts Design and Production
Complex, high-volume parts are ideal for this process.
For high-volume, high-precision needs of many automotive applications, metal injection m[……]
General Guidelines
What makes a particular component an ideal candidate for fabrication via MIM? We break down our guidelines into four basic areas: complexity, size, production volume, and final properties.[……]