Coexistence and Prosperity of Metal Processing and 3D Printing for the Automotive Industry <On Demand>

A revolutionary leap in technology that achieves safety and easy operation without using lasers or metal powder, while also keeping the introduction costs low: a metal 3D printer.

A metal 3D printer that can manufacture metal parts such as stainless steel, tool steel, Inconel, and copper. It uses a new, highly safe method that does not require metal powder or lasers, making it about one-tenth the cost of traditional metal 3D printers, thus offering an easy-to-adopt price range. Furthermore, it produces high-quality, complex metal parts much faster than conventional machining and casting methods. With sophisticated software, it allows designers to easily operate the printer for industrial spare parts, end-use parts, and prototypes. This unprecedented price range minimizes customer investment and brings the metal experience of additive manufacturing to reality.

• Other processing machines

An industrial 3D printer that achieves both aluminum-equivalent strength and weight reduction through overwhelming strength and precision with its unique carbon fiber composite materials.

The resin parts reinforced with long fiber materials such as continuous carbon fiber overturn the conventional wisdom of 3D printers, achieving strength comparable to 6061 T6 aluminum. The standard material, Onyx, is 20% stronger and 40% more robust than ABS. It has high heat resistance (heat distortion temperature = 145°C) and chemical resistance, and due to minimal shrinkage, it also reduces warping, which is common in 3D printing. Additionally, the built-in laser in the print head allows for measuring the parts during printing with an accuracy of 1 micron, enabling verification of dimensional intersections (internal measurements of the parts).

• Other processing machines
• Composite Materials
• 3D Printer

We will be exhibiting at the JASIS exhibition held at Makuhari Messe International Exhibition Hall this year as well. [Exhibited Products] ■ High-resolution ICP optical emission spectrometer ■ Continuous light source atomic absorption spectrometer ■ TOC analyzer ■ Microwave sample digestion system [Exhibitor Seminars (New Technology Presentations)] ■ September 3 (Wed) 12:00–12:30 [Atomic Absorption] Venue: Makuhari Messe Conference Hall, Room 101 Surpassing the limits of atomic absorption analysis! A xenon continuous light source atomic absorption spectrometer that achieves efficient measurements like ICP-OES with easy operation. ■ September 4 (Thu) 15:00–15:30 [ICP-OES] Venue: TKP (formerly APA) Venue, Room No. 7 How far can we go? High-sensitivity analysis using a high-resolution ICP optical emission spectrometer equipped with an Echelle double monochromator and CCD detector. ■ September 5 (Fri) 15:00–15:30 [Trace Nitrogen, Sulfur, Chlorine] Venue: TKP (formerly APA) Venue, Room No. 1 Fully compliant with petrochemical JIS standards! A multifunctional nitrogen, sulfur, and chlorine analyzer that condenses solutions for routine analysis and research and development challenges into one device.

[Speaker] Nobuki Kawaguchi, Executive Chief Scientist, Astamuse Inc., Technology Intelligence Division [Key Lecture Content] "Japan Restart: Winning Strategies and Strategic Necessity for Japanese Companies" is a strategic document that connects the next 30 years of Japan to corporate management and investment decisions, based on the 17 key strategic areas outlined by the Takai administration. The central concepts are "strategic autonomy, strategic necessity, and chokepoints." It features data-driven analysis layered with primary information from over 1 billion innovation data points across 193 countries. [Lecture Items] <Part 1> Introduction: Overall Design and Three Key Concepts <Part 2> Highlights of Each Chapter = A Continuous "Industry Map" (approximately 60 minutes) <Part 3> Chokepoint Candidates and Latest Examples (approximately 40 minutes) Q&A / Business Card Exchange

[Speaker] ENEOS Power Co., Ltd. VPP Business Division VPP Business Planning Group Manager Yoshio Kyoraishi [Key Lecture Content] As one of the means of monetization in the VPP and grid storage battery business, considering entry into the demand-supply adjustment market has become unavoidable. On the other hand, due to rapid changes in the system since the start of trading for all products (April 2024), the difficulty of considering market entry has increased. In this situation, it is important to accurately capture the changes in market systems and predict the future market environment to proceed with considerations. In this lecture, we will organize the means of monetization, market environment, and market systems in the VPP and grid storage battery business, and discuss future prospects. [Lecture Items] 1. Means of Monetization 2. Market Environment 3. Market System 4. Future Prospects 5. ENEOS Power's Business Development 6. Summary 7. Q&A / Business Card Exchange

Takeuchi Kogyo Co., Ltd. will exhibit at the "39th EMC and Noise Control Technology Exhibition," which is part of TECHNO-FRONTIER 2026, held at Tokyo Big Sight from Wednesday, July 15 to Friday, July 17, 2026. Venue: Tokyo Big Sight, West Hall 3 Booth Number: 3-H14

The speed of application development is changing significantly. While the use of cloud, agile methodologies, in-house development, and generative AI is advancing, it has become increasingly difficult to sufficiently mitigate development risks through post-process checks by the security department alone. Additionally, there are expectations for the evolution of security measures through the use of generative AI, and the realization of advanced DevSecOps using AI is anticipated to become important in the future. This seminar will explain the challenges commonly faced when practicing DevSecOps, such as clarifying the lacking security measures, prioritizing those measures, and enhancing DevSecOps through the use of AI. This content is a must-see for those in information systems, security, development, and operations who are struggling with promoting DevSecOps.