The advantages of MIM include its capability of making parts that are complex, small or difficult to fabricate through other means make it cost inefficient or impossible to manufacture. Increasing complexity for traditional manufacturing methods typically does not increase cost in a metal injection molding operation due to the wide range of features possible through injection molding (undercuts, thread both internal and external, miniaturization, branding, etc.)



By traditional manufacturing methods, parts of complex geometries can only be produced with high cost machining, wheres MIM technology can make such parts with much lower cost and much shorter leadtime.

Instead of additional assembly with many parts, MIM technology can combine all these parts in one shape.

By combining parts of complex shapes from one tool, MIM simplifies the manufacturing process & allows ease of automation.

MIM requires only 4-5 weeks for tooling making and another 2 weeks for sample making. For mass lot, huge quantity can be continuously produced 24 hours per day.

Combining many parts by one tool, with less second-processing & assembling cost, MIM is offering competitive price by making big quantity of complex geometries in prompt lead-time.  

With one set of multi-cavities tooling, MIM can produce million of parts with consistent quality and precision.

Zoltrix MIM manufacturing process is environmental friendly with ISO approval.

For different requirements and usages of different industries, MIM has various choices of material, please visit our web page of MATERIAL INFORMATION