MIM technology is ideal for producing components of high mold complexity, such as undercuts and threads, without any subsequent machining required. Furthermore, it is possible to use materials not easily mechanically processed, for instance...
MIM is a process of manufacturing that uses a rigid frame, known as a matrix or a mold, to shape liquefied raw material. Similar to the injection molding of polymers, this procedure starts with a metal powder being combined with a wax or po...
MIM is based on a combination of two routinely used procedures, technology of injection of thermoplastic materials and conventional powder metallurgy. In case of the conventional powder metallurgy, fine metal powder is pressed into moulds u...
Advantages of MIM 1) Realization of near net shape It has a high degree of freedom in shape and can create three-dimensional shapes. Sharp edges, irregular holes, crossed holes, etc. There are many cases where cost reduction was achieved by...
First, lets look at each process. CNC Machining: A process that typically starts with a block of the desired material, CNC machining involves precisely removing material layers at a time. This process allows for many different materials to...
In recent years, MIM technology has been increasingly used in luggage accessories. In the past, in order to save costs, in many cases the box parts were made of zinc alloy and aluminum alloy. However, with the increase in consumption levels...
The metal powder injection molding process is the best process for powder metallurgy development, and in the powder metallurgy industry, smart locks account for 45% of the market. There are smart card door locks for hotels, apartments, and o...
Metal powder injection molding technology (MIM) is a mature manufacturing technology, mainly used to produce small, precise, three-dimensional complex shape, high-performance metal parts. The key processes of MIM mainly include feeding, inj...
