We will be exhibiting at the Small and Medium Enterprises New Manufacturing and New Services Exhibition (Tokyo Big Sight)! (Booth number L28)

Realization of industrialization of continuous processing of fibrous materials (long objects) using atmospheric pressure low-temperature plasma, which has been difficult until now! PlasmaRise Service

Our company handles advanced technology that enables plasma treatment of various substances. We can perform plasma treatment on general chemical fibers such as polyamide (nylon), polyester, and polyethylene, as well as natural materials like cotton, super fibers such as ultra-high molecular weight polyethylene, and conductive fibers like steel wire and carbon fiber. It is possible to plasma-activate all types of gases, imparting properties such as wettability (hydrophilicity and hydrophobicity), adhesion, coating, and coloring (dyeing). Moreover, we can achieve high-density and uniform atmospheric pressure plasma treatment without compromising the physical properties of the target materials. 【Features】 ■ Continuous and rapid uniform plasma treatment of fibers (long items) is possible. ■ The properties of the fiber surface can be altered without flaking or dissolving in water. ■ Treatment is possible for a variety of materials. ■ Significantly improved water repellency, hydrophilicity durability, and adhesion strength. ■ High-density and uniform atmospheric pressure plasma treatment can be achieved without compromising the physical properties of the target materials. *For more details, please download the PDF or contact us.

• Contract manufacturing
• Other contract services

Achieve excellent painting and coating with atmospheric pressure plasma technology, featuring "adhesion," "optical properties," "reduction of chemical solutions," and "high-speed processing"!

Our company expects to significantly improve the processability of coatings by modifying the surface of materials using atmospheric pressure plasma. Improving the wettability of the coating surface leads to savings in paint usage and the formation of thin films with excellent optical properties. Additionally, our technology allows for the plasma generation of various gases, enabling the production of various radicals within the plasma. 【Features】 ■ Significantly improves the processability of coatings by modifying the surface of materials ■ Improvement of wettability on the coating surface saves paint usage ■ Formation of thin films with excellent optical properties ■ Capable of generating various radicals in plasma ■ Reduces costs and environmental impact associated with chemical treatment, etc. *For more details, please contact us.

• Processing Contract
• Contract Inspection
• Other contract services

Hydrophilization can enhance the wettability of the surface and reduce the surface tension.

Our company offers a technology that uses atmospheric pressure plasma to hydrophilize the surface of materials under atmospheric pressure. Compared to conventional low-pressure treatments, processing under atmospheric pressure allows for easier equipment configuration and enables continuous processing. Furthermore, with the technology to plasma-activate various gases, we can rapidly hydrophilize the surfaces of various materials. 【Features】 ■ Ability to hydrophilize the surface of materials under atmospheric pressure ■ Easy equipment configuration and capability for continuous processing ■ Rapid hydrophilization of various material surfaces through plasma activation of various gases ■ Enhances surface wettability = reduces surface tension ■ Enables penetration of adhesives and enhances capillary phenomena, etc. *For more details, please contact us.

• Optical Experimental Parts
• Other contract services

Atmospheric pressure plasma treatment technology for metals and conductive fibers that can irradiate the surface of metals with atmospheric pressure plasma.

Our company offers atmospheric pressure plasma treatment technology for metals and conductive fibers, which can decompose and remove grease that could not be eliminated by organic solvents or surfactants, and generate functional groups such as hydroxyl groups on the surface, allowing for strong chemical bonding with paints and coatings. Plasma treatment can be applied to the tips of needles and edges, and even on the surfaces of metals and conductive materials, without causing discharge damage. 【Features】 ■ Damage-free plasma, so no discharge marks occur ■ Capable of strong chemical bonding with paints and coatings ■ Continuous atmospheric pressure plasma treatment is possible for conductors such as metals and conductive fibers ■ High-speed and efficient plasma treatment is possible for long materials such as metal wires and carbon fibers ■ Plasma treatment can be performed without causing discharge damage, even on the surfaces of metals and conductive materials *For more details, please contact us.

• Contract Analysis
• Other contract services

[Speaker] Tomio Shida, Special Analyst, Japan Metal Economic Research Institute, General Incorporated Association [Key Lecture Content] The importance of metals is increasing, from rare metals such as rare earth elements to copper. While the demand is expanding due to the construction boom of data centers supporting the spread of AI (artificial intelligence), renewable energy, and the proliferation of EVs, supply concerns are rising due to resource nationalism and environmental issues. Geopolitical risks, including the turmoil in the Middle East, and global divisions are making stable procurement difficult. China, which has increased its presence in the field of metal refining, is shaking up the supply chains of Japan, the U.S., and Europe not only with export regulations but also with low-price exports. The U.S. added ten types of metals, including copper, to its revised critical minerals list last year. How should Japanese companies respond? [Lecture Topics] 1. "Critical Minerals" Changing with the Times 2. Future Technologies, including AI and EVs, Depend on Metals 3. Increasing Challenges and Costs in Mining Development 4. How Do Changes in International Situations, Such as Tensions in the Middle East, Affect Us? 5. China's Disruptions Go Beyond Export Regulations - Challenges in Building Supply Chains 6. Are Japanese Companies Prepared to Accept "Increased Costs"? 7. Q&A / Business Card Exchange

[Lecture Topics] 1. The Current State of Japan's Automotive and Battery Industry and the Challenges of Why We Should Pay Attention to China's Latest Trends (AI and SDV) Shinya Okimoto, Founder & CEO of Okita Studio LLC 2. Report on the Beijing Motor Show and Explanation of China's Latest Automotive and Technology Trends Jeong-kyu Park, Concurrent Professor at KAIST Graduate School of Technology Management 3. Panel Discussion Shinya Okimoto, Founder & CEO of Okita Studio LLC Jeong-kyu Park, Concurrent Professor at KAIST Graduate School of Technology Management

[Speaker] Masaharu Takano, President and CEO of Bit Media Inc. President and CEO of MESH-X Inc. [Key Lecture Content] With the spread of generative AI, the power demand for data centers (DC) has surged, and the integration of power (watts) and communication (bits) known as "Watt-Bit Collaboration" is emerging as a national strategy. In this lecture, we will outline the latest trends in domestic policy and explain key technologies such as "workload shift," which maximizes the use of available capacity in the power grid, "virtual hyperscaler," which virtually consolidates distributed locations, new trends in next-generation waste heat technology for DCs, and next-generation communication infrastructure like IOWN/APN. Additionally, we will incorporate international examples, such as the AI data center power flexibility demonstration in Phoenix, USA, to illustrate how companies should prepare for the sharp rise in electricity costs in the AI era and indicate the direction for implementing digital infrastructure.

Event Name: Messe Nagoya 2026 Date: November 11, 2026 - November 13, 2026 Location: Port Messe Nagoya This is our first time exhibiting at a large event. We will do our best, so please stop by our booth when you visit.

An explanation of the "detailed risk assessment of hazardous areas," which is essential as the first step in promoting smart security and digital transformation in hazardous material facilities. We will clearly convey the evaluation methods, points to consider in implementation, and compare old and new evaluation methods, along with recent case studies. We look forward to your participation.