Award Ceremony Held for the Nagoya Industrial Technology Grand Prix 2025
The award ceremony for the FY2025 Nagoya Industrial Technology Grand Prix, organized by the Nagoya Industrial Promotion Corporation, was held on February 20 at the Nagoya Municipal Industrial Research Institute.
At this year’s Grand Prix, our mass finishing process analysis service received the prestigious “Director of Nagoya Municipal Industrial Research Institute Award.”
Our contract analysis service utilizes a proprietary simulator developed in-house to analyze mass finishing processes in detail.
By accurately simulating media motion and workpiece behavior, we are able to propose optimized processing conditions, contributing to improved surface quality, enhanced productivity, and reduced trial-and-error in manufacturing.
Contract Analysis Service Wins Award at Nagoya Industrial Technology Grand Prix 2025
Our contract analysis service for barrel polishing has won the “Director of Nagoya Municipal Industrial Research Institute Award” at the Nagoya Industrial Technology Grand Prix 2025, hosted by the Nagoya Industrial Promotion Corporation.
The Nagoya Industrial Technology Grand Prix honors innovative technologies and new products developed by small and medium-sized enterprises in Nagoya and the surrounding region.
The award ceremony will be held on February 20, 2025, at the Nagoya Municipal Industrial Research Institute.
Our barrel polishing contract analysis service uses a proprietary simulation system developed in-house to analyze the polishing process in detail.
By accurately simulating the behavior of workpieces and media, the service enables customers to optimize processing conditions, improve product quality, and reduce trial-and-error costs.
We will exhibit our coating technology at 「Pro Sweets 2026」
Date： February, 1nd（Sun）-4th（Wed） 2026
Venue：Koelnmess, Germany
Booth：Hall 10.1 A020
For more information, click on the following link Pro Sweets 2026.
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 due to 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.
TVF (Taylor Vortex Flow Nano Reactor)” will be exhibited at nano tech 2026
Dates: January 28 (Wed) – January 30 (Feb)
Venue: Tokyo Big Sight West Hall 3
Booth number: 3W-A05
For more information, click on the following link nano tech 2026
“At this exhibition, we will demonstrate TVF (Taylor Vortex Flow Continuous Crystallization and Reaction System), which revolutionizes battery material manufacturing processes through continuous crystallization and co-precipitation technology. Our experienced staff will propose continuous production solutions addressing challenges such as shortening development cycles and improving productivity for lithium-ion battery and all-solid-state battery materials.
In addition to cathode material reaction processes for secondary batteries, we have a proven track record of supplying crystallization equipment for active pharmaceutical ingredient crystallization processes.
Dates: November 17 (Mon) – 18 (Tue), 2024, 9:00 AM – 4:00 PM
Venue: PlazaVerde (1-1-4 Ote-machi, Numazu City, Shizuoka Prefecture)
During the event, we will display panels showcasing the following products developed by our company.
① Heavy-Pressure Barrel Finishing Machine “Mighty-Mild”: Utilizing patented “low-speed, high-pressure flow” technology, it uniformly finishes even the finest details of products with intricate and complex shapes in less time than conventional methods. It also significantly reduces chipping and impact marks.
② Micro Precision Media E Series: Its special shape thoroughly polishes even complex workpieces like gears into the corners, achieving high dimensional accuracy while reducing media clogging on the workpiece.
③ Others: We will also introduce the desktop rotary barrel polishing machine FH-3 and our polishing simulation service using CAE. We will also present research findings on centrifugal barrel finishing titled “Modeling the Evolution of Edge Rounding in Magnet Workpieces during CBF.” (Presenters and collaborators: Kanazawa University / Yohei Hashimoto, Rika Noda. Chipton / Minoru Ito, Tetsuya Yamada.)
