We will exhibit at "Highly-functional Material Week 5th Sustainable Material Expo"

"The convenience of plastic and the eco-friendliness of biomass" biomass compound resin containing wood-derived cellulose that contributing to sustainability.

"The convenience of plastic and the eco-friendliness of biomass" - GREEN CHIP CMF is a biomass compound resin contains wood-derived cellulose fiber, contributing to sustainability - Our GREEN CHIP CMF contains 55% wood-derived cellulose fiber, significantly reducing the use of petroleum-derived plastics - When using GREEN CHIP CMF, which contains 55% cellulose fiber, the amount of total CO2 emissions, from manufacturing to incineration, can potentially be reduced by approximately 20%*1 compared to petroleum-derived resins. *1: By our own calculations based on the Ministry of the Environment's "Guidelines for the Utilization and Application of Cellulose Nanofiber Towards the Decarbonization and Achievement of a Circular Economy" - GREEN CHIP CMF has obtained the Biomass Mark in Japan and TUV AUSTRIA OK biobased certification in Europe - No need to replace currently used molds. Moldability is the same level as conventional resin. - Tensile strength, flexural strength, flexural modulus and heat resistance (load deflection temperature) are improved compared with unreinforced polypropylene resin (PP resin), so it is possible to make molded products thinner - Recyclable: Materials with low attenuation (damping) rate of properties compared to glass fiber compounds - Cellulose fibers can be blended with resins other than polypropylene resin

• Composite Materials

Highly filled composite material sheet containing inorganic fibers and powders, developed using advanced papermaking technology refined over many years

[Features] - Thin inorganic fiber sheet holding functional powder - Excellent low thermal conductivity and high thermal insulation - Thinness available to be combined with other sheet materials [Application] - Measures against ignition and heat generation for various batteries - Partial insulation of industrial equipment

• Secondary Cells/Batteries
• Lithium-ion battery

Enable usage in environments up to 1600°C

These products are sheets made by adding a small amount of organic binder to various inorganic (ceramic) fibers such as rock wool, AES (alkali Earth Silicate) fiber, alumina fiber, and others. It equipped with cushioning and flexibility and can be customized to a range of thicknesses and hardness levels. * Since these products contains an organic binder, smoke or gas may be generated during initial heating.

• Ceramics

Since pulp fibers are used, it provides excellent cushioning and can effectively embed into uneven surfaces. It can also be used with cards and tags equipped with IC chips.

"We want to simplify the production process for Cards and tags with embedded IC chips." Do you have any such concerns? Conversion sheets are made by blending pulp fibers with resin fiber. Due to the use of pulp fibers, these products are highly cushioned and exhibit excellent ability to fill in uneven surfaces. Therefore, when electronic components (such as IC chips) are sandwiched and laminated with heat, it is easy to create planar shapes. [Other Features] Temperature processing from 80 ℃ is possible Before heating, the material is flexible and can be easily processed like paper. When heat is applied, it exhibits property changes similar to plastic sheets while maintaining water and heat resistance. With a pulp fiber content of over 51%, it contributes to plastic reduction. [Application] - IC cards - IC Tag - Reduces environmental impact as a substitute for plastic products, etc.

• Paper and pulp products

Cancer Biomarker Discovery 2026 is an online seminar focused on the latest biomarker discovery and analysis technologies in the field of cancer research. Advanced technologies that support the understanding, diagnosis, and treatment research of cancer, such as liquid biopsy, proteomics, and spatial omics analysis, will be introduced. This seminar primarily targets basic and clinical researchers involved in cancer research, as well as those interested in biomarker discovery and analysis. In our section, we will introduce the latest techniques in fluorescent imaging for spatial biology and spatial proteomics research, centered around the Invitrogen EVOS S1000 Spatial Imaging System. Unlike traditional microscopy, which is limited in multiplex immunostaining, our spectral unmixing technology enables simultaneous imaging of up to 9 colors, allowing for rapid data acquisition with minimized sample damage. Additionally, we will explain a practical workflow using direct conjugate antibodies and TSA-based Invitrogen Aluora amplification reagents, proposing high-reproducibility analysis methods that leverage spatial information. For research use only. Not for diagnostic use.

In spatial biology/spatial proteomics research, the coexistence of "high-quality multiplex fluorescence image acquisition" and "reliable quantitative analysis" is becoming increasingly important. This webinar, co-hosted by Thermo Fisher Scientific and Indica Labs, will introduce a practical workflow that allows for a comprehensive understanding from imaging to analysis. Recommended for: - Those interested in spatial biology/spatial proteomics research who want to systematically understand the entire process from imaging to analysis. - Those who are already conducting or considering the implementation of multiplex imaging (multiplex immunostaining). - Those who feel limited by traditional four-color fluorescence observation and wish to engage in higher-dimensional spatial information analysis. This is a free seminar, so please join us. *For research use only. Not for diagnostic use.

[Speaker] Shinya Okimoto, Founder & CEO of Okiwa Studio LLC [Lecture Topics] Part 1: The tectonic shifts in the display industry and the market potential of QDEL Part 2: Business solutions to the "three major technical challenges" for the practical application of QDEL Part 3: Winning strategies for Japanese companies: Targeting the "high value-added components" sector Part 4: Redefining the business portfolio towards 2030 Part 5: Q&A

[Lecturer] Mr. Kenji Kimura, Chief Researcher, Nuclear Group, Power Unit, Japan Energy Economics Research Institute (JEA), and Research Strategy Group, Research Strategy Unit [Key Lecture Content] In recent years, the role of nuclear power has been highlighted in the context of global warming countermeasures and energy security, and more recently, in response to the increased electricity demand due to the use of AI and the expansion of data centers. Under these circumstances, new movements are being observed in countries that utilize nuclear power. In the United States, investments in nuclear power by IT companies are becoming more active, while in Europe, measures are being promoted to enhance the feasibility of new projects. In Japan, the role of nuclear power has been clarified once again, and discussions surrounding specific institutional measures are gradually progressing. This lecture will provide an overview of these movements and organize the trends that should be noted in the future. [Lecture Items] 1. Global Situation and Nuclear Power 2. Trends in Other Countries 3. Trends in New Reactor Development 4. Domestic Trends and Challenges 5. Key Points to Watch After 2026 6. Q&A / Business Card Exchange

At our booth, we will mainly showcase the following products: 〇 Our original product T-Arm 〇 Tecnospiro's product Spider 〇 Knight Global's product Air Balancer 〇 A drone for equipment inspections ▽------------------------------------------------------------▽ From April 8 (Wednesday) to April 10 (Friday) at Port Messe Nagoya ■ Manufacturing World Nagoya (Booth Number: 16-40) https://www.manufacturing-world.jp/nagoya/ja-jp.html ■ Pre-registration for attendance is convenient! https://www.manufacturing-world.jp/nagoya/ja-jp/register.html?code=1603005193330205-52G △------------------------------------------------------------△ We look forward to your visit.