Advantage 1: Extremely high design freedom

Compared with other metal forming methods, MIM can produce more complex parts. Basically, all the structures that can be realized by injection moulds can be applied to MIM.

Advantage 2: More Material Choices

MIM can use almost most of the metal materials. Considering the economy, the main application materials include iron-based, nickel-based, copper-based, titanium-based metals or alloys.

Advantage 3: Excellent physical and chemical properties

Because the sintering density of MIM is very close to the theoretical density, its physical and chemical properties are excellent, such as mechanical strength, which surpasses the traditional powder metallurgy greatly.

Advantage 4: Exquisite appearance

The surface roughness (Ra) of MIM sintered billet can reach 1 micron, and other beautiful appearance can be obtained by various surface treatments.

Advantage 5: Higher dimensional accuracy

MIM can generally achieve the tolerance accuracy of +0.5%. Supported by other processing methods, it can obtain higher dimensional accuracy.

Advantage 6: Strong and flexible production capacity

MIM can flexibly adjust and rapidly increase production, from hundreds of pieces per day to hundreds of thousands of pieces per day.

Advantage 7: Environmental Processing Concept

Raw material utilization rate is close to 100%, which is a near net forming technology and can effectively avoid material waste.