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An international patent has been registered in Japan for dramatically improving the productivity of encapsulated particles such as mRNA using the Taylor Vortex Continuous Crystallization and Reaction Device TVF®.
Co-invented by Daiichi Sankyo Co., Ltd. and Tipton Corp., the patent is titled “Taylor Reaction Device and Method for Manufacturing Encapsulated Particles” (Patent No. 7557915).
Please feel free to inquire about licensing rights for this patent.

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Date: Thursday, September 12, 2024, 9:30-14:00

Organizer: Monotukuri Technology Exchange (Japan Society for Analytical Chemistry)

Venue: Nagoya Institute of Technology (Gokiso-cho, Showa-ku, Nagoya City) Building 4, 1st floor hall/foyer

TVF🄬 is a continuous crystallization/reaction device that uses Taylor vortex. Taylor vortex has good extrudability and a uniform velocity gradient, so a sharp particle size distribution can be obtained.

We have a rich track record of delivery to various processes of major manufacturers in the pharmaceutical and battery industry.

We look forward to seeing you there.

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Click here for application website for Manufacturing Technology Exchange in Tokai

Date：September 4 (Wed) – 6 (Fri) 2024

Venue：Jakarta International Expo (JIExpo), PT. HALIM SAKTI PRATAMA Co. booth

Booth：B2G08

For more information, click on the following link Asia Indonesia Jakarta

Tipton will be exhibiting our multi-spin type coating equipment “ECX”, which aims to reduce time, material loss, and save on labor at a booth organized by PT. HALIM SAKTI PRATAMA. By processing in a vortex flow environment formed characteristically with our multi-spin mechanism, it is possible to process quickly and uniformly as a result. Our products are used by many customers both domestically and internationally including major confectionery manufacturers for coating chocolates, confectionaries, gummies, etc.

We look forward to seeing you there.

Booth info page

PT. HALIM SAKTI PRATAMA Homepage

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.

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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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