Furcarbon Technology Webinar / CFRP Plate Furcarbon Technical Explanation "Regarding Reliability Test Results and Precautions During Processing"

Standard grade of Felcarbo. It is a plate with minimal strength variation on the surface.

**Features** - Solves the machining difficulties associated with CFRP, enabling high-precision processing using carbide cutting tools typically used for metal machining. - Achieves thick plate formation of up to 45mm by using thick felt-like carbon fibers, allowing for greater freedom in processing shapes while being offered at a lower price than conventional CFRP. - Even when compared to lightweight aluminum alloys (A5052), its specific gravity is only about half. At a size of Φ450×10, it weighs approximately 2.1kg, making it very lightweight, with a tensile strength about 1.3 times that of aluminum alloys. - The coefficient of thermal expansion is approximately 7.5×10^(-6)/℃, which is about 30% of that of aluminum alloys and about 60% of carbon steel. Compared to common metals, it exhibits high dimensional stability against temperature changes. - Other features include: - Thermal insulation - Non-magnetic - Corrosion resistance (no rust or corrosion occurs)

• fiber
• Composite Materials
• Other polymer materials

An era where AI provides "answers." Is there someone in your company who can "ask questions" themselves? Simply introducing AI will not change a company. When people grow, organizations change. The "Future Research Group on People and Organizations" is a series of four practical workshops aimed at business owners, successors, executives, department heads, and next-generation leaders, focusing on the management skills necessary to "nurture people and drive organizations" in the coming era. Rather than passively "listening" to lectures, participants will bring their own management challenges and emphasize self-questioning through dialogue with experienced business leaders and fellow participants. Throughout the four sessions, we aim for participants to take home the following "four values": - A measure for judgment - An external sounding board - Their own management challenges - Their own reform concepts **Target Audience** Business owners / successors / executives / department heads / next-generation leaders **Locations** East Japan: Tokyo Transportation Hall (Yurakucho) West Japan: AP Osaka Station Front **Capacity** Limited to 10 companies and 20 participants from each region *Participation of two people from one company is recommended. **Participation Fee** 200,000 yen per company / 120,000 yen per person *For all four sessions Please join us for an opportunity to think about and discuss your company's challenges regarding management and human resource development in the AI era, and to connect these discussions to reform concepts.

Understanding "branching" and "looping" makes WinActor even more enjoyable! We will provide clear explanations from the basics to practical applications. ☆ Date ☆ Ongoing until November 30, 2026 (Monday) 　　https://www.nttd-bb.com/event/smn20261130.html?utm_source=ipros&utm_medium=other&utm_campaign=20260915_sales ☆ Venue ☆ Online seminar, free of charge ☆ Seminar Content ☆ 　Understanding "branching" and "looping" makes WinActor even more enjoyable! 　"Branching" and "looping" greatly expand the possibilities of scenario creation. 　These are essential functions for using WinActor, but many people may feel apprehensive about them. 　This seminar will provide clear explanations from the basics to advanced applications. 　You will also acquire practical thinking skills through 20 basic and advanced problems. Say goodbye to your apprehension about branching and looping today! Why not challenge yourself with problems and level up your scenario creation skills?

◆Event Overview Date: September 30, 2026 (Wednesday) - October 1, 2026 (Thursday) 14:00 - 14:30 Format: Recorded distribution (Zoom) Duration: Approximately 30 minutes ◆Do you have any of these concerns? Not sure how to verify the printing process Want to test if our materials and pastes are suitable for printing Want to verify if fine wiring patterns can be formed Difficult to introduce printing equipment for prototyping ◆Topics for the Day Verification of fine patterns at the 40µm level using RtoR screen printing Technical verification combining screen plates, pastes, and printing conditions Verification of multilayer printing and alignment with FHE in mind Considerations for reproducibility and mass production of continuous printing Support for prototyping and verification to achieve wiring printing ◆Recommended for Those interested in screen printing and fine pattern formation Those involved in the development of printed electronics and FHE Engineers and researchers related to electronic components and semiconductors Those considering product development from prototyping to mass production ★How to Apply★ Pre-registration (free) is required. Click the "Details & Application Button" below!

Daitō Shikō Co., Ltd. will be exhibiting at the "6th Oshi Katsu EXPO Autumn" held at Tokyo Big Sight from Wednesday, October 7th. At the exhibition venue, we plan to showcase a variety of original goods, primarily focusing on foil stamping printing. If you are looking for SP tools, promotional items, or novelties, please be sure to visit our booth.

Sakura Tech Co., Ltd. will be exhibiting at the "Microwave Exhibition 2026" at Pacifico Yokohama during MWE 2026. In addition to products from numerous microwave-related companies, some sessions of the microwave workshop (such as introductory courses) will be held. By discussing various aspects from the theory to applications of microwaves, participants will deepen their understanding of the latest technologies and gather valuable information useful for manufacturing. Additionally, we will hold a seminar on the applications of wide-area and small millimeter-wave radar at the workshop, so we invite everyone to attend. ■ Title: Development of a Small, High-Resolution 3D Millimeter-Wave FMCW Radar - 512 Virtual Array - ■ Date and Time: November 27 (Friday) 09:30-11:30 ■ Venue: Room 6 (Annex Hall F206)