We will exhibit at the 22nd Mechanical Components Technology Exhibition.

Technical data provided: Achieving high hardness, high adhesion, and excellent wear resistance with room temperature film formation! DLC (TAC) coating is possible for plastics and ceramics.

Hydrogen-free DLC films (ta-C) using the filtered arc method differ from existing PVD and CVD methods by removing impurities through an electromagnetic filter, resulting in fewer particles, excellent adhesion, and high wear resistance. Additionally, since the film is formed at room temperature, it can be applied to low melting point materials such as plastics and rubber, as well as various materials like ceramics. Furthermore, it is possible to create thick films of over 10 micrometers, enhancing the quality and longevity of automotive parts, thereby increasing added value. In addition to DLC films, please also try our composite metal film "MiCC film," which excels in release properties during plastic molding. 【Features】 ■ High hardness film free of particles (droplets) ■ Applicable to various materials including low melting point materials like resins and rubber, as well as ceramics ■ Improved wear resistance for sliding components ■ Capable of creating thick films over 10 micrometers ■ High corrosion resistance against gases such as ozone and NOx *For more details, please download the catalog or feel free to contact us.

• Coating Agent

Achieving high hardness, strong adhesion, and excellent wear resistance with room temperature film formation! By coating after removing impurities, it also contributes to improving fuel efficiency in automotive parts!

The hydrogen-free DLC film (ta-C) using the FCVA method differs from existing PVD and CVD methods by removing impurities through an electromagnetic filter, resulting in fewer particles, excellent adhesion, and high wear resistance. Additionally, since film formation is possible at room temperature, it can be applied to various materials such as low melting point materials like resins, ceramics, and rubber. Furthermore, thick films of over 10 micrometers can be created, enhancing the quality of automotive parts and increasing added value through longer lifespan. In addition to the DLC film, please also try the composite metal film "MiCC film," which excels in release properties during plastic molding. 【Features】 ■ Achieves high hardness, strong adhesion, and excellent wear resistance ■ Capable of creating thick films over 10 micrometers ■ Film formation possible at room temperature ■ Applicable to various materials *For more details, please download the PDF document or feel free to contact us.

• Coating Agent

We provide super DLC (hydrogen-free ta-C film), Micc film, and various metal films using the FCVA method.

FCVA (Filtered Cathodic Vacuum Arc) provides high-quality coatings that are on a different level compared to existing methods such as PVD and CVD. Additionally, since no heating is required during the film formation process, deformation of the substrate does not occur, allowing for coatings on resin components as well. In particular, DLC films (ta-C) have the following characteristics: 1) Extremely close to diamond (high sp3 bonding) 2) Very high hardness, adhesion, and wear resistance 3) Hydrogen-free 4) Film thickness: from a few nm to 10 nm 5) Can be deposited on inner diameters These features make it suitable for various fields such as hard disks, precision molds, and wear-resistant parts. *For more details, please download the catalog or contact us.*

• Other painting machines

We will be exhibiting at TECHNO×FRONTIER 2025 - the 40th Power System Exhibition. Please be sure to visit our booth. Our booth: West Hall 4, NO. 4-B25 Organizer: Japan Management Association https://www.jma.or.jp/tf/outline/power.html

Even engineers can achieve this. Patent research transformed by AI search × BI! In daily patent research, many face challenges such as: "I don't know how to create search queries or what appropriate keywords to use..." "There are too many results to read, and I can't get around to analyzing them..." "In the end, I end up relying on the IP department or specific experts..." These issues lead to prolonged research times and delayed decisions... However, it is precisely because they have the deepest technical understanding that patent research conducted by "on-site engineers" is considered important. In this seminar, we will explain the entire process from research and analysis to research and development and strategic planning using PatentSQUARE, in a practical format from the engineer's perspective. We will first break through the "entrance to research" with AI search and resolve the "inability to analyze" bottleneck with the IP BI dashboard, achieving a seamless process without relying on other tools. ≪Recommended for≫ ● Those in research and development or technical departments ● Those considering new technology themes ● Those who want to improve research efficiency If you want to learn "research that leads to decision-making" rather than just ending with searches, please feel free to join us.

In the increasingly complex product development landscape, the importance of physical modeling and model-based development is rising, driven by factors such as carbon neutrality, electrification, advanced energy systems, and the efficiency of control development. This seminar will focus on the Modelica-compatible multiphysics simulation environment "Dymola," introducing practical technical information and user cases related to thermal and fluid system modeling, energy systems, control, electrification, building equipment, and model integration via FMI. This free online seminar is recommended for those who want to learn about the latest trends in Dymola/Modelica/FMI and those looking to utilize MBD in design, control development, and system evaluation. Date and Time: Thursday, July 30, 2026, 13:00 - 17:00 Format: Microsoft Teams Webinar Participation Fee: Free / Pre-registration required Organizer: Neolium Technology Co., Ltd. Sponsor: Dassault Systèmes Co., Ltd.

Even engineers can do this. Patent research transformed by AI search × BI! In daily patent research, many face issues such as: "I don't know how to create search queries or what appropriate keywords to use..." "There are too many results to read, and I can't manage to analyze them..." "In the end, I rely on the IP department or specific experts..." These problems lead to prolonged research times and delayed decision-making... However, it is precisely because they have the deepest technical understanding that patent research conducted by "on-site engineers" is considered important. In this seminar, we will explain the entire process from research and analysis to research and development and strategic planning using PatentSQUARE, in a practical format from the engineer's perspective. We will first break through the "entrance to research" with AI search, eliminate the "analysis bottleneck" with the IP BI dashboard, and achieve a seamless process without relying on other tools. ≪Recommended for≫ ● Those in research and development or technical departments ● Those considering new technology themes ● Those who want to improve research efficiency If you want to learn "research that leads to decision-making" rather than just searching, please feel free to join us. * The session on September 2 (Wednesday) will be an archive of the event held on August 27 (Thursday).

We are utilizing Jess in the presentation paper. We will hold an online seminar featuring a presentation by Kiyoka Deguchi, Lecturer at the Institute of Intractable Diseases, Graduate School of Science and Technology, Tokyo University of Science. The latest data will be presented on research that elucidates the response to enterovirus A71 using an intestinal microphysiological system cultured with human ES/iPS cells on a microfluidic device. Related paper on the lecture content: *Modeling human enterovirus A71 infection using an intestinal microphysiological system