Industry needs for small durable parts continue to increase as customer trends for product miniaturization expand.
Metal injection molding parts.
Metal injection molding mim is a manufacturing process that combines the most useful characteristics of powdered metallurgy and plastic injection molding to facilitate the production of small complex shaped metal components with outstanding mechanical properties.
Now there s a more effective process to achieve precision parts while eliminating extensive machining operations.
Metal injection molding is an industrial process similar to injection molding of polymers.
Smith metal products state of the art metal injection molding produces simple to complex metal parts fast and eliminates extensive machining.
After molding the part undergoes conditioning operations to remove the binder debinding and densify the powders.
Metal injection molding mim is a variation on traditional plastic injection molding that enables the fabrication of solid metal parts utilizing injection molding technology.
Metal injection molding or mim as it s commonly referred to in the firearms community has something of a bad name.
In this process the raw material referred to as the feedstock is a powder mixture of metal and polymer.
Mim and timim parts are typically less than 100.
The basic procedure starts with a metal powder which is combined with a wax or polymer binder to create.
Utilizing linkdraw metal products metal injection molding mim process precise shaped parts are produced fast for use in firearms defense medical dental orthodontics computers aerospace automotive appliance and recreation.
The mim technology has progressed substantially over the past 25 years and the maturity of the technology is demonstrated by the growing number of components alloys size and complexity now on offer.
Metal injection moulding mim offers several advantages over other production technologies.
Hence more manufacturers are requiring high production volumes of small and complex metal parts.
Mim parts are great candidates for use in firearms defense medical dental orthodontics computers aerospace automotive appliance and recreation.
The metal injection molding mim process meets this demand and provides significant cost savings for industries such as automotive industrial medical and electronics.