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Date: Tuesday, April 1st to Thursday, April 3rd, 2025

Venue: Jacob Javits Convention Center, 429 11th Ave, New York, NY 10001 USA

Booth number: 3521

For complimentary admission, please register here

・TVF🄬 (Taylor vortex flow nanoreactor) is a continuous crystallization/reaction device that uses Taylor vortices. It has good extrudability and a uniform velocity gradient, resulting in a sharp particle size distribution. We have a rich track record of delivering products in the crystallization process of drug substances and the manufacturing process of capsule particles.

・ECX-Ps doubles productivity, reduces material loss, and achieves consistent granulation and coating through its unique multi-spin structure and powerful vortex flow using brilliant discs.

We look forward to seeing you at our booth.

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An article by Osaka Municipal University lecturer Masuda Hayato, entitled “Learning from the past: Taylor vortex flow,” was published in the December 2024 issue of Chemical Engineering.

Lecturer Masuda is an advisor to the Go-Tech program, which supports advanced research and development through industry-academia collaboration by the Ministry of Economy, Trade and Industry, and Tipton has been selected for this year’s program on the topic of “Research and development of continuous crystallization mass production technology using Taylor vortex nanoreactors.”

The article describes the journey from the discovery of Taylor vortexes about 100 years ago to applied research in chemical processes, including continuous reactive crystallization.

For the full article, click here for more details.

At the International Symposium Advance in Abrasive Technology (ISAAT) 2024 held in Slovenia in November 2024, research results on high-gravitational barrel finishing methods 「Investigation of effect of rotation and revolution speeds in centrifugal barrel finishing of magnet workpiece」(Presenters and co-researchers: Kanazawa University / Yohei Hashimoto, Kohei Yamatani. Tipton / Minoru Ito, Tatsuki Kawahara.)

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By applying nitriding treatment to the metal surface after gyro polishing, we were able to make the crystal grains of the surface compound layer ultra-fine. As a result, it is expected that the fatigue properties of metal materials will be improved by combining gyro polishing and nitriding treatment. The paper is titled “Grain refinement of Fe4N compound layer in nitrided steel”. (Paper author and co-researchers: Kanazawa University / Norimitsu Koga, Yohei Hashimoto, and 4 others) Our company is cooperating in providing media for this research.

Click here for details of the paper

Click here for details on Kanazawa University Materials Engineering Laboratory

The paper is titled as「Residual Stress, Surface Roughness and Microstructure on Specimen Surface Subjected to Gyrofinishing Process with Various Abrasive Media」.

The results show the gyro-polishing finish provides a smooth metal surface while providing an ultra-fine grain structure and large residual stress. (Author and co-researchers: Kanazawa University / Norimitsu Koga, Yohei Hashimoto et al.)

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