News

Exhibition Name: AMB 2026

Dates: September 15 (Mon) – 19 (Sat), 2026

Venue: Messe Stuttgart

Booth Number: Hall 4, Booth No. C11 (in the Citizen Machinery Europe booth)

We will be exhibiting Mighty・Mild and precision micro media at the Citizen Machinery Europe booth during AMB 2026, which will be held in Stuttgart, Germany, in September 2026.

Mighty・Mild utilizes patented “Stable pressurized flow” which not only reduces processing time to 1/3 of that required by conventional centrifugal barrel finishing machines, but also cuts abrasive media wear by 50% and reduces workpiece dents and chipping by up to 80%.

In addition, our high-precision micro media, manufactured with exceptional dimensional accuracy, delivers a uniform, high-quality finish even in holes, grooves, and other intricate features of workpieces.

These products will be jointly exhibited at the Citizen Machinery Europe booth as a post-machining surface finishing solution for turned parts.

We look forward to welcoming you to our booth.

Click here to watch a movie of Mighty·Mild＞

Exhibition Name: IMTS 2026
Dates: September 14 (Mon) – 19 (Sat), 2026
Venue: McCormick Place, Chicago, IL
Booth Number: North Building, Level 3 — 236823

At IMTS 2026, we will be exhibiting our latest barrel polishing machines designed to meet high-precision machining needs.

We will showcase processing machines such as the “Mighty·Mild” high-pressure barrel polisher, which delivers powerful polishing performance without damaging workpieces thanks to its unique low-speed, high-pressure fluid flow; the “CWS” vibratory barrel polisher, which enables innovative continuous production; and “Drag Finish,” which is ideal for polishing tools and artificial bones.

We will also showcase “SMD,” a grinding media suitable for mirror-finishing hard workpieces such as cemented carbide tools, and the “E Series,” a precision micro-media that delivers a uniform finish even in the holes and grooves of workpieces.

For our featured products at this event, we will propose optimal processing conditions to help solve your challenges while you view the actual machines.

We sincerely look forward to your visit.

Click here to watch a movie of Mighty·Mild＞
Click here to watch a movie of Drag Finish＞
Click here to watch a movie of CWS＞
Click here to watch a movie of SMD＞
Click here to watch a movie of E Series＞

We are pleased to announce that the results of our collaborative research with Kobe University were presented at the 4th International Process Intensification Conference (IPIC4), held in Canada from June 21 to 25, 2026.

IPIC4 is an international conference dedicated to innovative technologies and research that improve process efficiency and sustainability across the chemical, pharmaceutical, food, and energy industries.

Kobe University presented the following two research papers:

・Information-Driven Process Intensification for Polymorph Control in Continuous Crystallization

・Hydrodynamics and Mass Transfer of Liquid-Liquid Slug Flow in a Narrow-Gap Taylor-Couette Flow Reactor for Process Intensification

Our collaborative research utilized TVF, the Taylor-Couette Flow Continuous Crystallization & Reaction System, to investigate the effects of reactor gap width and residence time on polymorph control during continuous crystallization.

The study also explored liquid-liquid slug flow, a unique flow regime that suppresses axial mixing within the Taylor-Couette flow field and significantly narrows the residence time distribution. Research is underway to identify the operating conditions required to generate this flow pattern, which is expected to enhance reaction control and process efficiency.

These findings are expected to contribute to the development of more efficient crystallization and reaction processes for pharmaceutical and chemical manufacturing.

Tipton will continue its collaborative research with Kobe University to further advance TVF technology and expand the application of Taylor-Couette Flow in continuous processing.

Click here for the TVF information page >

Click here to watch a movie of TVF＞

Kobe University Omura Laboratory – Click here＞

On June 11, 2026, we hosted the 7th Joint Research Results Presentation Meeting at our headquarters hall, bringing together researchers from Kanazawa University, Kobe University, Kumamoto University, and Tipton.

This year, four research topics were presented:

• Kanazawa University: Research on elucidating the processing mechanisms of gyro-type mass finishing and modeling edge-rounding formation in pressure-assisted mass finishing processes.
• Kobe University: Proposal of new business models utilizing TVF® and presentation of related research outcomes.
• Kumamoto University: Manufacturing methods for lipid nanoparticles (LNPs) using TVF® and evaluation of their effectiveness.
• Tipton: Development progress and application testing of the new “ECX Ps” system for granulation and coating of fine particles.

The meeting showcased a wide range of research achievements, including advancements in mass finishing technology, new applications of TVF®, and new product development. Active discussions were held across multiple disciplines, fostering collaboration and innovation among academia and industry.

These research outcomes will be progressively published through academic conferences and scientific journals. We remain committed to promoting open innovation through industry-academia collaboration and advancing the development of next-generation technologies.

Kanazawa University Hashimoto Laboratory – Click here＞
Kobe University Omura Laboratory – Click here＞
Kumamoto University Motoyama Laboratory – Click here＞

The TVF Taylor Couette Flow Continuous Crystallization & Reaction System delivers outstanding temperature control performance, achieving stable temperature control within ±0.2°C during continuous operation.

In crystallization processes, even slight temperature fluctuations can significantly affect particle size distribution and crystal quality. Therefore, maintaining stable outlet liquid temperature control within approximately ±0.5°C is essential for achieving consistent process performance.

To minimize heat generation caused by the drive system rotating shaft drive mechanism, sealing components, and shear forces inside the reactor, TVF incorporates several advanced temperature-control technologies:

・High-precision rotating shaft accuracy within ±5 μm to reduce heat generation in the drive system its drive mechanism

・Proprietary double mechanical seal design that minimizes heat generation

・High-efficiency outer jacket structure for superior heat transfer performance

By combining these advanced technologies, TVF® significantly improves temperature stability during continuous operation. Testing confirmed that fluctuations in outlet liquid temperature were reduced from approximately ±2°C in conventional systems to a stable range of ±0.2°C.

This high level of temperature control performance capability has led to the adoption of TVF in continuous crystallization and continuous flow synthesis applications.

Click here for the TVF information page >

Click here to watch a movie of TVF＞

Click here for TVF product catalog＞