We will be exhibiting at JASIS2018!!

No large-scale equipment is needed for humidity control! Achieve localized humidity control quickly and at low cost.

☆★Demo units available for loan☆★ We also lend out compressors and tubes. If you are in the Tokyo area, we can also visit you directly for installation! Please feel free to contact us! ■This is a device for controlling humidity in confined spaces. Our humidity control unit is compact and can control humidity in relatively small spaces such as glove boxes, desiccators, and incubators with a volume of up to 150L. It is used in university laboratories and research facilities where experiments and tests need to be conducted under controlled humidity conditions. This device has a proven track record in moisture control for raw material storage and static electricity prevention during winter. If you are considering precise humidity control, please feel free to contact us. ~Dehumidification modules for the device are available for individual sale~ https://www.ipros.jp/product/detail/2000237525 ■Inquiries about the product - Industrial Filter Sales Department, Eastern Japan Sales Office TEL: 03-5568-9281 - Industrial Filter Sales Department, Western Japan Sales Office TEL: 06-6533-0360

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Dehumidification filter using hollow fiber membrane method - Ideal for those who have already installed air filters and dry filters and are troubled by slight moisture intrusion.

■About this product This is a dehumidifying filter that separates water vapor from compressed air and nitrogen air. The separated water vapor is released into the atmosphere, so no drainage treatment is necessary. ■To achieve dehumidification effect 1. Increase the supply pressure on the inlet side 2. Increase the flow rate on the inlet side 3. Restrict the flow rate on the outlet side with a flow control valve 4. Increase the purge amount ■What is purging? Purging refers to the process of releasing a portion of the dry air supplied to the outlet side, along with the water vapor inside the membrane, to the atmosphere through a separate circuit from the outlet side (purge). - The greater the purge amount, the better the dehumidification performance, but the flow rate on the outlet side will decrease. - If the purge amount is small, the dehumidification performance will slightly decrease, but a larger flow rate can be maintained on the outlet side. ■Mechanism of water vapor separation The filter uses a hollow fiber membrane made of polyimide material, which allows water vapor to pass through easily. When humid air is passed through from the inlet side under pressure, the water vapor is separated. As a result, dry air is obtained on the outlet side. It cannot be used under reduced pressure, as the water vapor will not be separated and dehumidification will not occur.

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Hollow fiber membrane filtration filter for compressed air and nitrogen with a filtration accuracy of 0.003μm (3nm).

This is a hollow fiber membrane filtration filter for compressed air and nitrogen. The hollow fiber membrane consists of bundles of straw-like (macaroni-shaped) fibers with hollow interiors, capturing foreign substances on the outside of the membrane and supplying clean fluid. Due to the fine pore size of the hollow fiber membrane, it achieves precise filtration accuracy. This filtration accuracy is 0.003μm (3nm). It is mainly used in sensitive environments such as semiconductor manufacturing, electronic equipment manufacturing, and food factories, where contamination by minute foreign substances is a concern. Because of its double packaging design, it can be used without issues in clean rooms. *Filtration accuracy depends on our measurement conditions. ■ Inquiries about the product - Industrial Filter Sales Department, East Japan Sales Office TEL: 03-5568-9281 - Industrial Filter Sales Department, West Japan Sales Office TEL: 06-6533-0360

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We would like to extend our heartfelt congratulations on the continued prosperity of your esteemed company. Our company will be exhibiting at the following trade show, where we will introduce a number of products, including our new product, the Pillow Packaging Full Air Tightness Inspection Machine MSQ-2003. We sincerely apologize for the inconvenience during your busy schedule, but we would like to invite you to visit us at this opportunity. 【 Exhibition Name 】 JAPAN PACK 2025 Japan Packaging Industry Exhibition https://www.japanpack.jp/ 【 Dates 】 October 7 (Tuesday) to October 10 (Friday), 2025 *4 days 10:00 AM to 5:00 PM 【 Venue / Booth Number 】 Tokyo Big Sight / East Hall 8, Booth 8-505

HP Inc. will hold the "HP Future of Work AI Conference 2025" at Tokyo International Forum, Hall B. At this event, under the message "Freedom to be particular about how we work," we will introduce the possibilities of on-device AI and its practical applications, along with case studies and technological trends. Whether you are considering implementing AI or have already started using it, you are sure to find hints for your next steps. We sincerely look forward to your attendance.

Nitto Kohki will exhibit at the "30th Mechanical Components Technology Exhibition [Tokyo]" held at Makuhari Messe Hall 5 from July 9 (Wednesday) to July 11 (Friday). [Booth Number: Hall 5 31-32] At this exhibition, we will showcase a variety of products, including the electric suction hand "e-VEE" with a built-in pump that does not require compressed air, a cordless belt sander, the electric driver "Delvo" that can be mounted on robots, and the "Flow Monitor" that allows for easy visualization of the flow of cooling water in molds and other applications.

Providing Solutions to Support Your Business Challenges We warmly invite you to visit our booth at K 2025 to learn more about our approach and explore our latest innovations. 【K 2025】 – The World's No.1 Trade Fair for Plastics and Rubber Exhibition Dates : October 8 (Wed) – October 15 (Wed), 2025 Venue : Messe Düsseldorf, Düsseldorf, Germany Opening Hours : 10:00 AM – 6:00 PM (local time) MATSUI Booth : Hall 11 – Booth I53

[Lecturer] Kazuhisa Yuki, Professor, Department of Mechanical Engineering, Faculty of Engineering, Yamaguchi University of Science and Technology [Key Lecture Content] Currently, the world is facing a serious energy crisis and environmental issues. Particularly, due to the rapidly growing highly information-oriented society, the power demand of global AI data centers is expected to double from the 2024 level, surpassing Japan's total electricity consumption. In the future, to achieve a rich highly information-oriented society while maintaining carbon neutrality, securing a cheap and stable power supply is essential, and energy conservation in data centers will become the most important challenge. Against this backdrop, two-phase liquid immersion cooling technology, which can significantly reduce power input associated with cooling while achieving high cooling performance, is attracting attention. In this lecture, we will discuss efficient cooling technologies for data centers, evaluated based on cooling performance (air cooling/liquid cooling/liquid immersion technology), and outline the potential and technical challenges of liquid immersion cooling technology in particular.