News

On Friday, June 2, 2023, the 4th Joint Research Results was held at Tipton’s headquarters.

This year the following themes were discussed:

・Professor Kato from Juju Patent Law Firm lectured on “Tips for Utilizing Patents in Daily Work”

・Kobe University: Lecture on TVF

・Kanazawa University: Lecture on barrel polishing

・Employee announcements: 2

By continuing to strengthen industry-academia collaboration, we will further strengthen Tipton’s technological foundation.

This is an invention of an effective gas-liquid slug flow for mixing and homogenization and uniformity of particle size by Taylor Vortex Flow Nano-Reactor. This is a joint study with Kobe University National University Corporation “Method of controlling fluid and Taylor Vortex Flow Reactor” (Patent No. 7213513).

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For more information about the Kobe University study, click here

Flow and mixing characteristics of gas-liquid slug flow in a continuous Taylor-Couette flow reactor with narrow gap width” was published in issue 183 of the journal. The paper was co-authored with Kobe University. (Author and co-authors: Kobe University’s Keigo Shimizu, Etsushi Komoda, Naoto Omura along with Tipton’s Kairi Kato & Tomoyuki Kobayashi)

For more information on the collaboration with Kobe University, click here

For details of the whitepaper, click here

“Finishing speed improvement using side cover plates in gyro finishing” was published in Issue 17 of the journal. Lead-time reduction was achieved by installing a restraining plate to improve the processing speed of the workpiece. This is a joint paper with Kanazawa University. (Author and co-authors: Kanazawa University’s Yohei Hashimoto, Yugo Nakayama, Tatsuaki Furumoto, Akira Hosokawa along with Tipton’s Akihito Sekiya, Tetsuya Yamada, Tatsuki Kawahara)

＞Click here for more information about the study with Kanazawa University

For details of the paper, click here

“Flow and mixing characteristics of gas-liquid slug flow in a continuous Taylor-Couette flow reactor with narrow gap width” a joint paper with Kobe University’s Ohmura Laboratory has been peer-reviewed and published into a European journal. This article explores how we developed such high extrudability, with a distributed particle size 1000th that of its predecessors, through the combination of our high RPM, micro-capping TVF and Kobe Universities amalgamation optimization technology. We expect to see this technology to revolutionize processes utilized in the medical and fine-chemical industries.
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Click here for the Research Article>
Click here for more information on the KU’s Ohmura Lab.>