Experience the award-winning 'Air Nozzle Hayate,' which received the Grand Prize at the Invention Awards, at FOOMA JAPAN 2025!

How about reviewing CO2 emissions with GX and energy-saving initiatives? By simply replacing your current air nozzle with Hayate, you can significantly reduce air consumption!

In order to achieve carbon neutrality by 2050, emissions trading will officially start in Japan from the fiscal year 2026. "Hayate" is an air nozzle that excels in removing water droplets and foreign substances from container surfaces, significantly reduces air consumption, thereby lowering running costs and environmental impact, and also achieves low noise levels. There are proven results in CO2 reduction across various industries using this nozzle. You can try it out with a free rental. Why not take this opportunity to reassess your CO2 emissions? 【Features and Achievements】 - Despite extremely low air usage, it uniquely achieves high wind speed, film-like air, and long-distance air. - Reducing air usage decreases the load on compressors, which can reduce CO2 emissions and electricity costs. - Improved foreign substance removal performance allows for a reduction in the number of air nozzles needed. - There are no moving (wearing) parts in the internal structure, allowing for semi-permanent use. - Excellent removal performance enhances product quality and can reduce factory operating hours. *We are currently offering explanatory materials that include actual measurement data on air consumption and wind speed. Please feel free to contact us for inquiries.

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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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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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[Attention Beverage Manufacturers] Leave the removal of water droplets from PET bottles to the air nozzle 'Hayate'!

When manufacturing PET bottle beverages, do you have any of the following concerns? - Insufficient removal of water droplets and draining - Difficulty in removing water droplets, especially from the cap area - Unable to remove even with an increased number of nozzles - Frequent printing defects - High rejection rate that cannot be improved - Loud noise from air blow - High electricity costs - Need to reduce CO2 emissions...etc All of the above issues can be resolved with the air nozzle "Hayate." First, please take a look at the verification video to see how effectively water droplets can be removed.

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[Attention Beverage Manufacturers] Leave the removal of water droplets from paper pack drinks to the air nozzle 'Hayate'!

When manufacturing paper pack beverages, do you have any of the following issues? - Insufficient removal of water droplets - Unable to remove even with additional nozzles - Frequent printing defects - High rejection rate with no improvement - Loud noise from air blow - High electricity costs - Need to reduce CO2 emissions...etc All of the above concerns can be resolved with the air nozzle "Hayate." First, please check out the verification video to see how effectively water droplets can be removed.

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Request: "We need a water droplet removal rate that is equal to or greater than the currently used nozzle, but we want to reduce the flow rate. We want to implement energy-saving measures."

We would like to introduce a case study for those who are troubled by residual water droplets and wish to improve their on-site processes. 【Overview】 ■ Client: Beverage Manufacturer ■ Target Work: Paper Cartons ■ Issues - Water droplets remain after using air nozzles for removal before product image inspection, causing detection errors in the inspection equipment. - A water droplet removal rate equal to or greater than the currently used nozzles is required, but the flow rate needs to be reduced. - Energy-saving measures are desired. ■ Proposal - Provide sample work for testing, and conduct internal verification tests with the customer's presence. - Systematize by adjusting the layout for efficient water droplet removal and the flow rates of each nozzle. ■ Results - By replacing the air nozzles, the water droplet removal rate improved, and the defect rate in inspections decreased. - The improvement in water droplet removal rate also optimized the accuracy of the inspection equipment, enhancing product quality. - The overall air flow rate used in the system was reduced. - The customer estimates potential annual savings of several hundred thousand yen. *For more details, please refer to the PDF document or feel free to contact us.

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The organoid technology is gaining prominence in drug discovery research. We will hold a Japanese webinar where you can learn about the automation of culture through AI image analysis and the reduction of drug discovery risks through the utilization of multimodal data, all in one session. We will introduce technologies that quantify organoid culture using AI image analysis, enabling autonomous passaging decisions, as well as the latest examples of data utilization that integrate multi-omics data from patient-derived organoids (PDOs) to predict drug responses with high accuracy, thereby reducing drug discovery risks. These advancements are expected to enhance research reproducibility and promote precision medicine. A Q&A session is also planned after the presentations. Presentation 1: Automation of organoid culture through quantification of culture conditions and autonomous passaging decisions using AI image analysis Koji Utagawa, Application Scientist, Molecular Devices Japan, Ph.D. in Science Presentation 2: Risk reduction in cancer drug projects using molecular and multi-omics data from organoids Toshiya Kondo, Scientific Business Consultant, Genedata AG, M.D.

[Instructor] Shunsuke Suzuki, President and CEO, Management Techniques Co., Ltd. [Key Lecture Content] In a rapidly changing business environment, we are compelled to collaborate with people from various backgrounds every day and to push our proposals and ideas through amidst the intersection of diverse opinions and values. However, for some reason, good ideas are often not understood or accepted. Why is that? To implement new initiatives within an organization, it is necessary to overcome multiple barriers and unify stakeholders with differing opinions and values. In this seminar, we will explain a "management theory" that has not been commonly addressed, based on various perspectives such as organizational theory, psychology, communication theory, and political economy. We will cover communication techniques that promote changes in people's behaviors and attitudes, storytelling that generates empathy, and the building of trust relationships, all aimed at achieving transformation within organizations. This will be beneficial not only for proposals within organizations but also for improving interpersonal skills in a wide range of situations, including BtoB sales negotiations and the building of everyday human relationships.

[Speaker] Kazunori Kitagawa, Director of Eco-Management Center, Japan Productivity Center for Socio-Economic Development [Key Lecture Content] European circular economy policies are poised to have a significant impact on the automotive industry. In particular, the regulations on end-of-life vehicles scheduled to be issued this year may necessitate fundamental reforms in raw material procurement, information collaboration, and product recycling related to the manufacturing and resource circulation of automobiles in the future. This lecture will explain the policy trends related to these regulations, an overview of the system, countermeasures, trends among European manufacturers, management of recycled material procurement, and the upcoming timeline. [Lecture Topics] 1. Policy trends of the circular economy in the EU 2. Transition from recycling to resourcing in the EU End-of-Life Vehicle Directive and regulation amendments 3. Supply chain management related to the supply of recycled plastics 4. Overview of the End-of-Life Vehicle Regulation bill 5. Current status of circular economy business models among European automobile manufacturers 6. Future challenges and countermeasures 7. Q&A / Business card exchange *The content of the lecture may change based on the latest trends.

[Speaker] President and CEO of ICT Solutions Consulting Co., Ltd. / Creator, Takashi Tominaga [Lecture Topics] 1. The era where past common sense becomes nonsense - The AI industrial revolution accelerated by Trump - What are disrupter companies? - What is considered nonsense? - How past common sense has become nonsense 2. The impact destroying various industries and the remaining time - What is happening in the defense industry - What is happening in the financial industry - What is happening in the manufacturing industry 3. What is different? - Thinking like a disrupter (e.g., Elon Musk) - How to compete with disrupters 4. Towards survival - How to survive by 2030 5. Q&A / Business card exchange

Daitron Corporation will be exhibiting at "BATTERY JAPAN International Secondary Battery Expo" held at Tokyo Big Sight. This exhibition showcases all the technologies, components, materials, and equipment necessary for the research, development, and manufacturing of secondary batteries, attracting experts from around the world. Additionally, the exhibition content will be available online. < Online exhibition period: March 10, 2026 (Tuesday) to May 15, 2026 (Friday) > We invite customers who find it difficult to visit the venue to join our online exhibition.