Research and development

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This newsletter is about our MIM technology including the latest development of Japan Micro MIM. This newsletter is about our MIM technology including the latest development of us.

Micro-MIM Newsletter Vol.44: Diameter less than 1 mm, module of < 0.3 mm!
Micro-MIM Newsletter Vol.43: MD&M West 2023
Micro-MIM Newsletter Vol.42: New Year's Greetings
Micro-MIM Newsletter Vol.41: Announcement: Introduction of new equipment
Micro-MIM Newsletter Vol.40: Announcement of the establishment of Micro MIM Europe GmbH
Micro-MIM Newsletter Vol.39: Quality Assurance Technology in μ-MIM
Micro-MIM Newsletter Vol.38: μ-MIM Measurement Technology
Micro-MIM Newsletter Vol.37: Our Metal 3D Printing Technology
Micro-MIM Newsletter Vol.36: Basics of the Density Measurements of Sintered Components
Micro-MIM Newsletter Vol.35: The renovated headquarter and MDM West in California
Micro-MIM Newsletter Vol.34: Quality assurance of μ-MIM
Micro-MIM Newsletter Vol.33: Problem solutions in MIM process; debinding and sintering process
Micro-MIM Newsletter Vol.32: Problem solutions in MIM process; Injection moulding process
Micro-MIM Newsletter Vol.31: Debinding process in metal injection moulding or MIM
Micro-MIM Newsletter Vol.30: Mould technology which supports our μ-MIM®
Micro-MIM Newsletter Vol.29: Fronteering the SDGs Binder
Micro-MIM Newsletter Vol.28: Powder difference by powder manufacturing methods
Micro-MIM Newsletter Vol.27: Tungsten (W) application in metal injection moulding or MIM process
Micro-MIM Newsletter Vol.26: Paper review; AM co-researching work using FDMet
Micro-MIM Newsletter Vol.25: New Year Greetings 2021
Micro-MIM Newsletter Vol.24: The latest trend of quality management of metal powder
Micro-MIM Newsletter Vol.23: The analysis for alloy developments
Micro-MIM Newsletter Vol.22: Mass production technology of metal components with thin wall by Micro MIM
Micro-MIM Newsletter Vol.21: Materials with High hardness (MIM)
Micro-MIM Newsletter Vol.20: Additive manufacturing Vol. 2 A collaboration of metal AM and MIM
Micro-MIM Newsletter Vol.19: Additive manufacturing Vol. 1 Metal AM outline
Micro-MIM Newsletter Vol.18: TAISEI KOGYO and MICRO MIM JAPAN
Micro-MIM Newsletter Vol.17: Measurement technology supporting µ-MIM technology
Micro-MIM Newsletter Vol.16: Degreasing / Sintering furnace for metal injection moulding process (MIM)
Micro-MIM Newsletter Vol.15: Mould and moulding process
Micro-MIM Newsletter Vol.14: Micro MIM Japan 2019 Exhibitions Review
Micro-MIM Newsletter Vol.13: Surface roughness determined by metal powder and binder
Micro-MIM Newsletter Vol.12: Binder plays an important role in producing MIM
Micro-MIM Newsletter Vol.11: µ-MIM® technology can be further extended with titanium
Micro-MIM Newsletter Vol.10: µ-MIM® technology is assured by our latest evaluation system
Micro-MIM Newsletter Vol.09: Develop new applications of titanium-based materials by µ-MIM®
Micro-MIM Newsletter Vol.08: Innovative of gear production produced by micro MIM technology
Micro-MIM Newsletter Vol.07: General principles for selection of Stainless steels about MIM
Micro-MIM Newsletter Vol.06: 3D-MIM® mass-produces complex designed metal parts with high precision
Micro-MIM Newsletter Vol.05: Success in micro nozzle mass production made of difficult-to-machine material
Micro-MIM Newsletter Vol.04: Possibility of magnetic materials spread by MIM technology
Micro-MIM Newsletter Vol.03: Reviews of medical exhibition in last 4 years
Micro-MIM Newsletter Vol.02: Quality control of micro-MIM : a focus on process capability
Micro-MIM Newsletter Vol.01: Embrace change and make that “something” happen in future