Thank you for visiting the 5th Sustainable Material Exhibition during High-Performance Material Week.

"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

[Speaker] Mr. Fuminori Shinma, President of Smart Present Inc. [Key Lecture Content] In business, the ability to move people and organizations is extremely important. Whether obtaining approvals or concluding contracts, there is always a background of judgment and decision-making. Effective presentations are essential for this purpose. However, presentation skills are not just about "speaking well"; they also encompass negotiation and adjustment when opinions clash. This is because, in practical settings, conflicts of opinion inevitably occur, and it is precisely in such situations that the "power to move" becomes even more necessary. In this course, we will understand the mechanisms of logic and emotion for effective communication, as well as practical methods for overcoming conflicting opinions, illustrated with real-life examples. [Lecture Items] 1. Guidance 2. The story of an impactful presentation 3. Understanding the mechanisms of emotion to influence others 4. Negotiation skills to overcome conflicting opinions and move people and organizations 5. The ability to engage within an organization 6. Q&A Session

From December 3 (Wednesday) to December 6 (Saturday), we will be showcasing Panasonic Advanced Technology's innovative technologies and products at the "2025 International Robot Exhibition (iREX2025)" held at Tokyo Big Sight. Under the theme "Key Software & Devices for Autonomous Mobile Robots," we will introduce software and devices that accelerate on-site autonomy with a wealth of implementation experience and robust support. We invite you to see our innovative technologies and products firsthand and experience future solutions. We sincerely look forward to your visit. In this exhibition, we will introduce the following solutions: 【New Version】@mobi – Software package for autonomous mobile robots, enabling "autonomous mobile robots" in a short period. 【New Release】@seguro wes – Functionally safe wireless emergency stop device, balancing wireless functionality and safety. 【New Product】@mapper – Easy point cloud acquisition device, realizing visualization of on-site 3D space. 【Exhibition Booth Information】 Panasonic Holdings (East Hall 7, Booth Number: E7-34)

Exhibition to Achieve Productivity Improvement through DX/AI Utilization We will be exhibiting at the DX Comprehensive EXPO 2025 WINTER Date: December 17 (Wednesday) - December 19 (Friday), 2025 Venue: Intex Osaka (Halls 1 & 2) Booth Number: S18-21 We plan to showcase a real rail inspection device and conduct demonstrations. Register for your visit here: https://www.bizcrew.jp/expo/entry/dx-osaka (Please enter sales@take-systems.jp in the invitation code to register for your visit and receive a 500 yen Amazon gift card on the day of your visit.) Could the Amazon gift card be worth 1500 yen?! Make a reservation for booth consultations here: https://expo.bizcrew.jp/event/14867/module/booth/383574/375796 In addition to the rail inspection device, you can also see the popular future coaster at the exhibition. We look forward to your visit!

Our company exhibited at the 5th Sustainable Material Exhibition during the High-Performance Material Week held from November 12 (Wednesday) to 14 (Friday), 2025. We showcased products that create new business value, primarily featuring the cellulose fiber high-content resin "Green Chip CMF," along with non-combustible and insulating sheets, and products using natural raw materials from our group company, NichiRica. We sincerely thank everyone who visited our booth. Through the display of molded products, "Green Chip CMF" effectively communicated its design and functionality, receiving positive feedback. Additionally, we received specific inquiries regarding thickness adjustments and fire resistance/insulation performance for the non-combustible and insulating sheets, along with numerous requests for sample provision. Furthermore, we exhibited existing NichiRica products along with two new development items. The development items were very well received, and we feel that the possibilities for new applications have expanded. In addition to the exhibited products, we will continue to respond to various needs by utilizing our formulation development technology, evaluation technology, and processing technology while co-creating with our customers.

We are currently hosting a webinar titled "Flexible Printed Circuits (FPC) with Japanese Subtitles." In today's ever-evolving environment, it is crucial for engineers in both the automotive and industrial sectors to incorporate more functionality into tighter spaces. As new communication protocols emerge, complexity increases, and power density and signal integrity are becoming more critical design elements. Significant investments are made in custom designs, making reuse essential. In this webinar, a senior manager from Molex's FPC division will share insights based on 14 years of design expertise, exploring how flexible printed circuits (FPC) address these modern challenges.