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Microbubble Research Report: Verification of Micro Fine Bubble Generation by Cavitation
We conducted an evaluation test to determine whether cavitation, which generates microbubbles, actually occurs in the micro-bub product. The testing period was from May 1, 2018, to March 31, 2019. For more details, please refer to the related products or feel free to contact us.
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Tama Innovation Support Project Fine Bubble Study Session - How to Utilize Fine Bubble Technology in Cutting and Grinding Processing Fields -
On August 22 (Thursday), micro-bub will give a presentation at the "Fine Bubble Study Session" held at the Tamagawa branch of the Tokyo Small and Medium Enterprise Promotion Corporation. 【Event Overview】 Target Audience: Small and medium-sized enterprises with business locations in Tokyo that are interested in the application of fine bubbles in cutting and grinding fields. Date and Time: August 22, 2019 (Thursday) 13:30–16:45 (Registration starts at 13:00) Participation Fee: Free Venue: 2nd Floor Large Conference Room, Tokyo Small and Medium Enterprise Promotion Corporation, Tamagawa Branch Address: 3-6-1 Higashimachi, Akishima City, Tokyo, within the Industrial Support Square TAMA Number of Participants: 20 (first-come, first-served) *Registration will close once capacity is reached. 【Presentation Details】 Time: 14:35–14:55 Topic: Basic Knowledge of Fine Bubbles and the Introduction of Fine Bubble Technology Speaker: Junichi Ichizawa, President and CEO of micro-bub *For more details and to apply, please check the link below.

Aboutmicro-bub
A device that can inline microbubble the grinding fluid used in grinding and cutting processes. It is easy to install and offers excellent cost performance.
Our company has developed consumer microbubble adapters, such as showerheads that utilize microbubbles and microbubble generators for washing machines that reduce odors from the back of drums and clothing. Recently, through a project involving four companies, including our company, the Tokyo Small and Medium Enterprise Promotion Corporation/Tama Branch and Professor Ninomiya from Nihon University of Technology, it has been found that microbubbles are effective in reducing odors from cutting fluids and maintaining the emulsion state of cutting fluids. Moreover, while many devices for generating microbubbles are pressure-dissolution types that add air, which can promote oxidation and increase the likelihood of rust, our device microbubbles the air contained in tap water, which tends to reduce oxygen and lower the dissolved oxygen (DO) levels. Therefore, it can be said to be optimal for cutting fluids used in machining and cutting. We also believe it can be utilized in inline static mixers.