Notice of participation in "High-Performance Materials Week Ceramics Japan Osaka" from May 8 (Wednesday) to May 10 (Friday), 2024.

A two-fluid nozzle capable of targeting D50 < 10μm, which was considered difficult to manufacture, has started operation! This will be used for application development in ceramics, other electronic materials, and battery materials!

"Spray drying" is a technology that instantly dries a liquid by spraying it in a drying chamber to create fine droplets, utilizing the surface tension of water to produce spherical, highly flowable granules. We have now commenced spray drying and fine particle granule manufacturing tests using a two-fluid nozzle. The two-fluid nozzle creates fine mist-like droplets by simultaneously spraying compressed air and the liquid to be dried. Like other spraying methods such as disk-type or pressurized nozzle types, it can produce spherical dried granules. A significant feature of the two-fluid nozzle is its ability to create fine granulating powders with an average particle diameter of less than 10 μm. *We also support tests and production using conventional disk spraying! 【Other Topics】 <Both our headquarters factory and Fukui factory are actively accepting spray drying tests!> In Osaka, we have three lab machines (one of which is compatible with organic solvents), and we have also installed one lab machine in Fukui, creating an environment where we can conduct tests more promptly. We will flexibly respond as a gateway to mass production and as the first step in research and development! *For more details, please download the materials or contact us.

• Chemicals

Over 300 types of manufacturing achievements! Since the start of operations in 1987, there have been zero contamination complaints.

Based on the feedback from the lab equipment, we have introduced a two-fluid nozzle for medium-scale machines to produce granulated powder with an average particle diameter of 5 to 20 μm in March 2024. Since the introduction of the two-fluid nozzle spraying mechanism for fine particle production testing in December 2022, we have received positive feedback from customers over the past year, and considering the requests for scale-up based on those results, we have also implemented the two-fluid nozzle spraying mechanism for medium-scale machines (Okawara OC-16 model). The installation was completed in March 2024, and after trial runs and internal testing, we plan to begin operations around May 2024. There is a strong demand for fine particles, but the places capable of conducting granulation tests and pilot production using spray dryers are extremely limited. We are committed to advancing the early establishment and operation of our facilities and technologies to contribute as a solution provider. *For more details, please refer to the PDF document or feel free to contact us.

• others

Stable production of granules around 50μm in a single process! They are spherical, have good fluidity, and are easy to handle. Please feel free to consult us about spray drying.

"Spray drying" is a technology that instantly dries a liquid by spraying it into a drying chamber, turning it into fine droplets, and utilizing the surface tension of water to create spherical, flowable granules. 【For customers with the following issues or concerns】 ■ Unable to conduct tests or prototypes due to lack of spray drying equipment or know-how ■ Want to test what kind of powder can be made with a spray dryer in small quantities ■ Need support for a variety of products in small quantities ■ Production volume is insufficient for in-house manufacturing ■ Cleaning equipment and factories is cumbersome ■ Need samples for sales activities immediately Currently, we are offering materials summarizing actual problems and solutions! You can view them from "PDF Download" or feel free to contact us.

• Powder Molding Machine
• Processing Contract
• Other powder equipment

Our company will be exhibiting at the "Safety Engineering Research Presentation Conference" held at Kurume Plaza. During the event, we will showcase various products. We invite all related parties to come together and visit us. 【Suppliers】 ・Setaram

This seminar will introduce the new features of the 2D/3D integrated CAD system "CADSUPERWorks" for 2025. We will showcase the collaboration features between 2D and 3D, as well as highlight convenient 3D functionalities. We will proceed with easy-to-understand demonstration demos, so even customers who are seeing CADSUPERWorks for the first time and beginners are welcome to participate.

[Key Lecture Content] 1. Business Opportunities Surrounding New Systems and New Markets in Power System Reform Mitsuko Aitsu, CEO of Energy Strategy Partners, Inc. 1. Overview of business opportunities surrounding new systems and new markets 2. Recent active business related to power system reform 3. How to identify business opportunities for entry 4. Q&A / Business card exchange 2. Ministry of Land, Infrastructure, Transport and Tourism's Microgrid Concept ~ The Era of Meaning Driven by National Independence and Local Resilience ~ Kazuhisa Kashiwazaki, Management Advisor at Environmental Energy Technology Research Institute, Inc. / Partner at Nishibori Sake Brewery, Inc. / Business Advisor at Yashima Construction, Inc. / CEO of SAKE RISE, Inc. / Director at Kasai Smart Energy, Inc. / President of I.T.I. Inc. 1. Self-introduction and casual talk 2. Review of microgrids 3. Transition period for microgrid business 4. Reality of decarbonization leading regions by the Ministry of the Environment 5. Ministry of Land, Infrastructure, Transport and Tourism's microgrid concept 6. Essence of the energy revolution 7. Future prospects of microgrids 8. Q&A / Business card exchange

[Key Lecture Content] 1. Overview of the Simultaneous Market - Discussion Status and Future Directions - Jun Kimura, Policy Planning and Coordination Officer, Electricity and Gas Business Department, Agency for Natural Resources and Energy 2. Direction of the Power System After the Introduction of the Simultaneous Market Ken Ichimura, President and CEO, Energy Pool Japan Co., Ltd. Government Advisory Council (as of October 2025) - Study Group on Next-Generation Decentralized Power Systems, Agency for Natural Resources and Energy - ERAB Study Group, Agency for Natural Resources and Energy - Study Group on the Nature of the Simultaneous Market, Agency for Natural Resources and Energy - Committee on Coordination Power and Supply-Demand Balance Evaluation, Electricity Wide Area Operation Promotion Organization - Subcommittee on Supply-Demand Adjustment Market, Electricity Wide Area Operation Promotion Organization - Study Group on Future Power Supply-Demand Scenarios, Electricity Wide Area Operation Promotion Organization - Working Group on Future Supply-Demand Scenarios (Load Curve, DAC), Electricity Wide Area Operation Promotion Organization

Amines are compounds that are difficult to handle in GC analysis because they tend to adsorb or decompose on injection liners and columns. On the other hand, nitrosamines, ethanolamines, methylamines, and aromatic amines are utilized in a wide range of fields such as pharmaceuticals, pesticides, resins, and CO₂ absorbents, leading to an increasing demand for analysis in many laboratories. In this webinar, we will explain GC columns suitable for the analysis of amines. Compounds that traditionally required derivatization or special techniques can sometimes be analyzed directly using dedicated amine columns. We will provide thorough insights into the know-how needed to elevate your use of amine columns to the level of "selecting, using, and mastering." <Recommended for the following individuals> Beginners: Clear explanations of the basics of amine columns and selection points. Intermediate to advanced users: In-depth exploration of optimization approaches for target analysis and injection liner selection. Would you like to explore the world of GC analysis that goes one step further? We will deliver "truly useful knowledge" and "techniques you can try immediately" condensed for practical use in the field. https://register.gotowebinar.com/register/907431794825894999