The Malleability of Plastic, The Tenacity of Steel

Indo-US MIM Tec ably bridges the gap between metal and plastic by applying the science of plastic injection molding to hard, high-melting alloys. The resultant advantage is flexibility in design with the capability to produce complex shaped components, in large volumes in a cost-effective manner. With Metal Injection Molding (MIM), surge volumes and deadlines can easily be dealt with.

This unique technology involves injecting a feedstock of virgin metal powder and a proprietary binder system into a mold. The binder is removed from the green part by a proprietary rebinding process and the part is then sintered. The result  is a highly dense, complex shaped MIM part, exhibiting wrought material like properties.

What makes MIM so attractive is the fact that the process is fast and flexible, with the capability to produce millions of parts per year. Further, the technology guarantees superior surface finish and shape integrity. 

SECONDARY OPERATIONS:

Like wrought material components, MIM parts are suitable / amenable etc. for any secondary operations that need to be carried out after sintering. These include :

During sintering, the parts shrink dimensionally by about 20% as they shed their binder content. Yet, our expertise ensures that they retain geometry and the desired tolerance.

WROUGHT - LIKE STRENGTH