μ-MIM® Technical Newsletter

The story of powder evaluation - Part 2

The story of powder evaluation - Part 2

In the previous report, we discussed the evaluation of metal powders. In the powder metallurgy industry, the process of kneading (mixing main raw material with sub materials) is unavoidable. This time, we will move on to the kneading stage.
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The story of powder evaluation - Part 1

The story of powder evaluation - Part 1

It's been a while since the "I want to know but can't ask” series. We will discuss the basics, realities, and concerns of powder, which serve as the starting point for manufacturing, not only in the MIM industry but also in various other industries, over several issues.
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Comparisons and characteristics of compaction, MIM and HIP in terms of density

Comparisons and characteristics of compaction, MIM and HIP in terms of density

Metal components manufactured by powder metallurgy tend to be regarded as having a low density compared to machined or stamped wrought material. Although, low density can be an advantage depending on the applications, but in general operations, high density is required to meet the mechanical strength requirements assumed in the design phase. In this issue, we introduce the characteristics of powder metallurgy from the perspective of density.
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Tips #05
Problem solutions in MIM process; Injection moulding process

Problem solutions in MIM process; Injection moulding process

In the metal injection moulding (MIM) process, every processing parameter will affect the final component’s quality significantly, especially in small and complicated designed MIM components production.
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Tips #05
Debinding process in MIM

Debinding process in MIM

The debinding or degreasing process is unique in powder metallurgy among metal processing. In the compaction powder metallurgy method, a few percent of the binder is contained in total volume.
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Tips #05
Mould technology which supports our μ-MIM®

Mould technology which supports our μ-MIM®

The injection moulding process is the only process that gives the shape in MIM, therefore the mould finalises our part shape.
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Tips #05
Fronteering the SDGs Binder

Fronteering the SDGs Binder

Our binder system developed by μ-MIM® technology realised 100% material yield, yet we keep seeking a new binder that realises more SDGs in MIM production. This time we will introduce some potential binder system for future use.‍Targeting binder type
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Tips #05
Powder difference by powder manufacturing methods

Powder difference by powder manufacturing methods

In this newsletter we introduce the differences of metal powder used for MIM component production.
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Tips #05
Tungsten (W) application in metal injection moulding or MIM

Tungsten (W) application in metal injection moulding or MIM

Recently we received W related inquiries more than before. In this issue, we will introduce our W application in our μ-MIM® technology.
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