News

“Effects of Taylor-Couette Flow on Gas-liquid slug flow” jointly presented with Kobe University Omura Lab received the Symposium Award at the 53rd Autumn conference of Japan Chemical Industry Association.
This gas-liquid slug flow is characterized by high extrudability (minimal axial diffusion) in continuous flow production. It is expected to be utilized in the pharmaceutical and precision chemistry industries(International patent pending).
For details, please visit our web site or contact our sales representative.

The interview with our president Tomoyuki Kobayashi was appeared in the Nikkan Kogyo Shinbun dated June 28, 2022.
The article is entitled by ” It’s your turn, Tipton Corp. President,Mr.Tomoyuki Kobayashi, “Barrel finishing machine entering overseas markets”. The promotion of our company toward globalization is introduced. Please take a look.

Click here for details＞

As “a backstage company ” supporting Japan’s manufacturing behind the scenes, we supply products to more than 3,500 customers every year.
In the article, we are interviewed why our products are selected by many customers.

Newsweek® Front Page>>

Newsweek® Interview >>

The World Folio Front Page>>

The World Folio Interview>>

At the 4th Japan Open Innovation Prize in FY2021, the innovative continuous production system “iFactory🄬” received the Minister of Economy, Trade and Industry Award. iFactory🄬 is an innovative production line that enables continuous production of a series of manufacturing processes (purification, concentration, crystallization, filtration, drying) for pharmaceutical products, etc.
The award was given by a highly evaluation of open innovation in collaboration with 14 companies from different industries such as iFactory Co., Ltd., National Institute of Advanced Industrial Science and Technology and one institute. Our Taylor Vortex Nano Reactor “TVF🄬” is introduced in the crystallization process.

Click here for details＞

This invention is related to catalyst carrier for petrochemical and natural gas, inert flower (BSF), which not only has low pressure loss but also has high thermal shock resistance to prevent cracks. Our patent no. for this invention is 6918351.

＞Click here for the BSF YouTube video