Powder Metal Parts Medical Surgical Handle

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Advantages of MIM technology

As a near net forming technology for manufacturing high quality precision parts, MIM technology offers advantages that conventional powder metallurgy, machining and precision casting methods cannot match.
Three-dimensional shape complexity comparable to plastic injection moulding
High accuracy (±0.3% to ±0.1%), generally without subsequent machining;
High relative density (≥95%);
Good surface finish, 32 ms or better;
High mechanical properties such as strength, hardness and elongation, good wear resistance, fatigue resistance and homogeneous organisation;
A wide choice of alloys allows the manufacture of parts with special properties that cannot be produced by other technologies;
Good mechanical properties, comparable to forgings of similar materials;
High degree of production automation, simple processes, consistent quality and continuous mass production;
Competitive cost* advantage, typically over 20% savings and short delivery times;
Non-polluting, clean production process

MIM product characteristics.

1, high degree of freedom of part geometry, one time forming production of complex metal parts;

2, MIM products have uniform density, good finish, surface roughness can reach Ra 0.80 ~ 1.6μm, weight range of 0.1 ~ 200g, high dimensional accuracy (±0.1% ~ ±0.3%), generally no subsequent processing;

3, wide range of applicable materials, wide application areas, high utilization rate of raw materials, high degree of production automation, simple procedures, continuous mass production can be achieved;

4, stable product quality, reliable performance, the relative density of products can reach 95% to 99%, can be carburized, quenched, tempered and other heat treatment. The products have high mechanical properties such as strength, hardness and elongation, good wear resistance, fatigue resistance and uniform organisation;

It is widely believed that the development of MIM technology will lead to a revolution in the technology of forming and processing of parts, and is known as "the hottest technology for forming parts in the 21st century".