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News

We will exhibit our TVF🄬 (Taylor Vortex Flow Nanoreactor) and ECX-Ps at Interphex NY

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.

 

Click here for our exhibitor page >

Click here for the TVF🄬 video >

Click here for the TVF🄬 product catalog >

Click here for our ECX-Ps video

Click here for our ECX-Ps catalog

Received the Nagoya City Industrial Research Institute Director Award!

TVF🄬 (Taylor Vortex Flow Nanoreactor) won the “Nagoya City Industrial Research Institute Director’s Award” at the Nagoya City Industrial Technology Grand Prix (Nagoya Industries Promotion Corporation).

The award ceremony will be held at the Institute on February 14th.

The award details are published in the Chubu Keizai Shimbun on January 30th.

Click here for the video of TVF🄬>

Click here for the list of award-winning companies>

An article about Taylor vortex current was published in “Chemical Engineering”

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.

We will exhibit our coating technology at 「Pro Sweet 2025」

Date:   February, 2nd(Sun)-5th(Wed) 2025

Venue:koelnmess

Booth:Hall 10.1 A049

For more information, click on the following link Pro Sweet 2025.

 

We will be exhibiting and demonstrating our multi-spin coating equipment “ECX”, which is expected to reduce time, material loss, and save on labor by processing using the vortex flow because of the multi-spin technology that makes it possible to process quickly and uniformly. In Japan, our products are used by many customers, mainly major confectionary manufactures for coating chocolate, sweets and gummies among many others.

We look forward to seeing you there.

 

Click here for booth info page

Click here for Coating Machine

We will exhibit our TVF🄬 (Taylor Vortex Nanoreactor) at BATTERY JAPAN

Date: Wednesday, February 19th to Friday, February 21st, 2025

Venue: Tokyo Big Sight East Hall 4 (3-11-1 Ariake, Koto-ku, Tokyo 135-0063)

Booth number: E46-50

For details, please visit BATTERY JAPAN International Rechargeable Battery Expo

 

TVF🄬 is a continuous crystallization/nanoreactor that uses Taylor vortexes. It has good extrusion properties and a uniform velocity gradient making sharp particle size distribution possible.

 

In addition to the reaction process of rechargeable batteries’ cathode materials, we have a rich track record of delivery in the crystallization process of pharmaceutical raw materials.

We look forward to seeing you at our booth.

 

Click here for our exhibitor page >

Click here for the TVF🄬 video >

Click here for the TVF🄬 product catalog >