News

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.)

Click regarding Kanazawa University Materials Engineering Laboratory>

Click for the paper’s link>

This invention relates to liquid inflow into the process section of the Taylor Vortex Continuous Crystallization and Reaction Unit TVF. This invention minimizes disturbance to the Taylor Couette Flow within the process section caused by liquid inflow. This is our invention (Patent No. 7522444).

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Click here for the TVF catalog >

The Go-Tech project is an initiative by the Ministry of Economy, Trade and Industry to support advanced research and development through industry-academia collaboration in order to improve the foundation of Japan’s manufacturing technology.

Tipton is collaborating with Kobe University and University Public Corporation Osaka to conduct research and development of continuous crystallization at a mass production level by utilizing Taylor vortex flow nanoreactors.

Date: July 9th (Tuesday) – July 11th (Thursday), 2024

Organized by: The 40th Annual Meeting of the Japan Society of Drug Delivery System

Exhibition location: Tsukuba International Conference Center, Mitsuwa Frontech Co., Ltd. booth

TVF is a nanoreactor that achieves uniform particle formation through continuous flow, unlike the batch method that was commonly used in conventional crystallization processes.

We have attracted the attention of major companies with our breakthrough product and anticipating many more end users to discover its many use cases.

We look forward to seeing you there.

Venue: ABTEC2024 (The Japan Society for Abrasive Technology)

Date: August 26th (Monday) – August 28th (Wednesday), 2024 10:00 – 16:00

Venue: Aore Nagaoka (1-4-10 Ote-dori, Nagaoka City, Niigata Prefecture). Accessible by JR Nagaoka Station.

During the event, we will be exhibiting the following products developed by our company.

①Hi-gravitational barrel polishing machine Mighty-Mild (MM): Using our patented technology “low-speed, high-pressure flow,” MM can uniformly finish products with fine and complex shapes in a shorter time than before. It also greatly reduces damage and impingements.

②Soft media SMD: Can polish hard products such as ultra-steel tools to a mirror finish while maintaining its longevity per use thus making it an economical choice. We will also display processed samples.

③Barrel simulation: Visualizes and quantifies the polishing outcome thereby optimizing the decision-making process to improve production efficiency.

We look forward to seeing you there.

Click here for the Mighty Mild video

Click here for the SMD catalog 

Click here for the barrel simulation video