"Exhibiting at the Business Opportunity EXPO in TOKYO" Experience the award-winning "Air Nozzle Hayate" that received the Grand Prize!

The next-generation air nozzle "Hayate" has won the "Grand Prize" at the invention awards! It has also received various other awards.

**Awards** - Received the Grand Prize at the 49th Invention Awards (2023) co-hosted by the Japan Invention Promotion Association and Nikkan Kogyo Shimbun. - Received the Grand Prize at the Hyogo No.1 Manufacturing Award (2021). - Received the Machinery and Robot Parts Award at the 19th "Super" Manufacturing Parts Awards (2022) by Nikkan Kogyo Shimbun. - Received the Excellence Award at the 35th Small and Medium Enterprises Excellent New Technology and New Product Awards. - Selected for the Kansai Manufacturing Selection 2023 by the Kinki Bureau of Economy, Trade and Industry. - Recommended by the Ministry of Economy, Trade and Industry to exhibit at the Japan PR booth during the G7 Osaka-Sakai Trade Ministers' Meeting (held on October 28-29, 2023). If you have any requests or concerns like the following, please feel free to contact us: "I want to reduce electricity costs." "I want to increase the water droplet removal rate." "I want to thoroughly remove cutting chips." "I want to reduce noise." "I want to reduce CO2 emissions." "I want to improve the transportability of lightweight workpieces."

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Not only can we reduce the air blow electricity costs by 80% (based on actual results), but we can also significantly reduce CO2 emissions. Moreover, the performance in removing foreign substances and water droplets can be greatly improved as well.

The Hayate series air nozzles are widely used in various industries such as beverages, food, pharmaceuticals, medical devices, electronic components, optics, can and bottle manufacturing, and the paper industry. ● The pinpoint type [Type C] is highly effective for removing water droplets from the cap of PET bottles. ● The selectable width type [Type F] is used for candy containers, retort pouches, and semiconductor components. ● The fan-shaped power mist type [Type W] is used as a cleaning nozzle for medical containers and cold dessert molds. ● The air discharge type [Type G] is also ideal for air transport. Please try the Hayate air nozzles for various applications! 【Product Lineup】 ■ Type G: Discharges air along a guide. ■ Type F: Discharges thin sheets of air with selectable discharge width. ■ Type S: Discharges thin sheets of air. ■ Type V: Discharges fan-shaped air. ■ Type W: Discharges fan-shaped power mist. ■ Type T: Discharges conical air. ■ Type C: Discharges cylindrical air for pinpoint use. *For more details, please refer to the PDF document or feel free to contact us.

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Winner of the Invention Grand Prize! Would you like to experience the air nozzle 'Hayate' through rental?

Do you have any requests or concerns like the ones listed below? We are currently running a rental campaign. Please take this opportunity to experience the air nozzle "Hayate"! ■ Common concerns we often hear ■ "I want to reduce electricity costs." "I want to increase the water droplet removal rate." "I want to thoroughly remove cutting chips." "I want to reduce noise." "I want to reduce CO2 emissions." "I want to improve the transportability of light workpieces." 【Awards for the air nozzle "Hayate"】 ● Received the Grand Prize at the 49th Invention Award (2023) co-hosted by the Japan Invention Promotion Association and Nikkan Kogyo Shimbun. ● Received the Grand Prize at the Hyogo No.1 Monozukuri Award (2021). ● Received the Machinery and Robot Parts Award at the 19th "Super" Monozukuri Parts Award (2022) by Nikkan Kogyo Shimbun. ● Received the Excellence Award at the 35th Small and Medium Enterprises Excellent New Technology and New Product Award. ● Selected for the Kansai Monozukuri New Selection 2023 by the Kinki Bureau of Economy, Trade and Industry. ● Recommended by the Ministry of Economy, Trade and Industry to exhibit at the Japan PR booth at the G7 Osaka-Sakai Trade Ministers' Meeting (held on October 28-29, 2023).

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By significantly improving the removal rate of water droplets from PET bottles, it is possible to greatly enhance the print quality in inkjet and laser printers!

Dear manufacturers of PET bottle beverages, do you have any of the following concerns? <<Commonly consulted issues>> ■ Inability to remove water droplets from the cap area ■ Numerous printing defects caused by water droplets ■ High rejection rate due to printing defects ■ Printing smudging ■ Need to accurately direct air to the inspection position ■ Desire to reduce rejection and defect rates All of these can be resolved with the air nozzle "Hayate." ------------------------------------------------------------------------------------- Here are some improvement results from one of our customers. 【Results of replacing the water droplet removal device for PET bottle caps with the Hayate unit】 ■ Significant improvement in rejection rate during printing inspection (0.05% ⇒ 0.008%) ■ Rejection rate drastically reduced from 1 in 2000 bottles to 1 in 14000 bottles ■ Additionally, annual electricity costs reduced by over 1 million yen ■ Annual CO2 emissions reduced by 15 tons We highly recommend trying the air nozzle "Hayate"! *Please feel free to contact us for more details.

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Efficient removal of water droplets (draining, liquid separation, dehydration) in a short time is possible. We encourage you to introduce the air nozzle 'Hayate' into your equipment.

All of the following concerns can be resolved with "Hayate." Please give it a try! <<Customer Concerns and Inquiries>> ■ I want to remove water droplets from the cap of a plastic bottle. ■ I want to simplify the water drainage process. ■ I want to remove water droplets while rotating the workpiece. ■ I want to reduce printing defects and inspection failures. ■ I want to accurately blow air at the inspection position. ■ I want to efficiently remove water droplets. ■ I want to dehydrate in a short time. ■ I want to install the removal device in a space-saving manner. ■ I want to remove water droplets from the product. ■ Defective products are flowing into the next process. ■ I want to lower the rejection rate and defect rate. *For more details, please refer to the PDF document or feel free to contact us.

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Our company will be exhibiting at the "12th Annual Meeting of the Japanese Society for Extracellular Vesicles" to be held at the Senri Life Science Center. We will be showcasing various products during the event. We invite all relevant parties to come and visit us. 【Suppliers】 - Partical Metrix - Dynamic Biosensors

Theme: "Bringing Japan's Fermentation Technology to the World - Exploring the Essence of Koji Mold and Solid-State Cultivation, and Considering the Future Opened by Fermentation" [Content] Afternoon (13:00–17:00): Lectures and General Discussion ◆ Keynote Lecture 1: "Expansion of Koji Fermentation Applications Overseas" Takashi Sato, President, SAN-J International, Inc. ◆ Keynote Lecture 2: "Exploring the Diverse Functions Hidden in Koji Mold from a Genomic Perspective - Towards Understanding and Utilizing Solid-State Cultivation" Junichi Maruyama, Professor, Graduate School of Agricultural and Life Sciences, The University of Tokyo ◆ Lecture 1: "Initiatives of the Microbial Industry Course at Okayama University" Takashi Hara, Specially Appointed Assistant Professor, Microbial Industry Course, Okayama University ◆ General Discussion Panelists: Takashi Sato, President, SAN-J International, Inc. Junichi Maruyama, Professor, Graduate School of Agricultural and Life Sciences, The University of Tokyo Sanzaemon Murai, President, Bioc Co., Ltd. Masahiro Kariyama, Executive Director, Fujiwara Technoart Co., Ltd. Katsuya Gomi, Specially Appointed Professor, Graduate School of Agricultural Science, Tohoku University Coordinator: Hiroshi Kanzaki, Professor, Microbial Industry Course, Okayama University

[Lecture Items] 1. Initiatives on AI Law and Policy Cabinet Office, Office for Science and Technology Innovation, Artificial Intelligence Policy Promotion Office Deputy Director, Shiho Maeda 2. Initiatives by the Ministry of Internal Affairs and Communications for the Development and Utilization of Trustworthy Domestic AI Ministry of Internal Affairs and Communications, International Strategy Bureau, Technology Policy Division, Research Promotion Office, Deputy Director, Wataru Kumahara 3. Initiatives by the Ministry of Education, Culture, Sports, Science and Technology regarding AI for Science Ministry of Education, Culture, Sports, Science and Technology, Research Promotion Bureau, Advisor (Information), Deputy Director, Seiichiro Todoroki 4. Guidelines for AI Businesses Ministry of Economy, Trade and Industry, Commerce and Information Policy Bureau, Information Economy Division, International Coordination Officer for Governance Strategy, Sho Utagawa

[Lecture Topics] 1. Strengthening Japan's Cyber Response Capabilities Shingo Umi, Deputy Director, National Cyber Coordination Office, Cabinet Secretariat 2. The Situation of Threats in Cyberspace and Police Initiatives Fumika Iwasaki, Cyber Planning Division, Cyber Police Bureau, National Police Agency 3. Enhancing Cybersecurity in the Financial Sector Mitsuhiko Komura, Deputy Director, IT Cyber and Economic Security Management Office, Risk Analysis Division, Financial Services Agency 4. Cybersecurity Policy in the Information and Communications Sector Kiyohiro Samejima, Senior Deputy Director, Cybersecurity Coordination Office, Ministry of Internal Affairs and Communications 5. Cybersecurity Policy in the Industrial Sector Tomohiro Koyama, Section Chief, Cybersecurity Division, Commerce and Information Policy Bureau, Ministry of Economy, Trade and Industry

We will be holding a seminar on the utilization of electrical design data on Friday, November 7th. In addition to presentations from users who are actively utilizing ACAD-DENKI, we will introduce customization examples and announce new solutions from Zuken Alpha Tech. We hope this will help you solve challenges related to the utilization of data in electrical control design. ▶ Event details and registration https://www.alfatech.jp/seminar/acad-denki.html ーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーー Case presentations from users who are successfully utilizing data Tips for using ACAD-DENKI and announcement of new solutions ■ Date and Time 　Friday, November 7, 2025, 13:30 - 18:30 ■ Venue 　Tokyo Conference Center Shinagawa ■ Participation Fee 　Free (Pre-registration required) *Please register individually for each participant ■ Presenting Company 　Aitec Co., Ltd. ーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーーー