Blog

Read our latest technical newsletter, MIM tips for designers & press releases.

What's new

Check out our technology article in the "INNO" magazine from IVAM Microtechnology Network!
Press releases
November 20, 2023

Check out our technology article in the "INNO" magazine from IVAM Microtechnology Network!

You can check out our technology article in the "INNO" magazine from IVAM Microtechnology Network now! Please take a look to learn more about our technology.What is INNO?
Read more
Announcement: Exhibiting at MD&M West 2024
Press releases
October 27, 2023

Announcement: Exhibiting at MD&M West 2024

We will be exhibiting at MD&M West 2024 to be held at the Anaheim Convention Center, Anaheim, California, USA from February 6 to 8, 2024.
Read more
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.
Read more

All posts by category

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
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.
Read more
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.
Read more
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
Read more
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.
Read more
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.
Read more
Tips #05
Paper review; AM co-researching work using FDMet

Paper review; AM co-researching work using FDMet

We have published literature to Materials, regarding the FEMet additive manufacturing, with Prof. Hiroshi Ito, Graduate School of Organic Materials Science, Yamagata University, in May 2020 and Jan 2021. In this issue, we will introduce an overview of those researching work.
Read more

Read our micro MIM technical Newsletter

Our technical newsletter is about our μ-MIM® technology including the latest development of Micro MIM Japan.
Read our latest micro MIM technical newsletter and subscribe to our email list.

Read our MIM tips for designers

Our technical newsletter is about our μ-MIM® technology including the latest development of Micro MIM Japan.

See our latest news and press releases

Our technical newsletter is about our μ-MIM® technology including the latest development of Micro MIM Japan.
Read our latest press releases and subscribe to our newsletter.

Sign up for our next free webinar

Learn more about μ-MIM® technology in one of our upcoming webinars.