Announcement of the High-Performance Ceramics Exhibition (Makuhari)

A honeycomb structure that achieves a fine lattice exceeding 10,000 cells/in².

This product is a honeycomb structure that achieves a fine lattice exceeding 10,000 cells/in². In addition to being able to mold integrated parts over 200mm in length, it is also possible to impart functions using materials such as black materials and electrostatic discharge protection materials. It is used in applications such as electromagnetic wave rectification, optical filters, and suction heads. 【Features】 ■ Achieves a fine lattice exceeding 10,000 cells/in² ■ Capable of molding integrated parts over 200mm in length ■ Functions can be imparted using materials such as black materials and electrostatic discharge protection materials *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements
• Other molds

A mold for extrusion that continuously produces square, hexagonal, octagonal, and other lattice cross-sections. We will design the mold according to your desired specifications.

Our company offers "precision honeycomb extrusion molding dies" utilizing fine hole and fine groove processing technology. Honeycomb structures feature continuous lattice cross-sections such as square, hexagonal, and octagonal shapes, which provide the advantage of increasing the fluid contact area while minimizing pressure loss. We have a proven track record of being used for molds in the manufacturing of automotive exhaust purification catalysts, among others. We will design the mold to match your desired lattice design and molding machine. 【Main Design Specifications】 　■ Functional Diameter (Extrusion Diameter): Up to φ500mm 　■ Slit Width: From 0.07mm 　■ Lattice Hole Diameter: Minimum 0.7mm 　■ Slit Width Precision: ±10μm 　■ Lattice Hole Diameter Precision: ±10μm 　■ Lattice Pitch Precision: ±10μm *For more details, please refer to the PDF document or feel free to contact us.

• Mold Design
• Contract manufacturing
• Processing Contract

For fuel cells and high-strength exhaust gas treatment! We can accommodate prototype development with alloys and ceramic materials.

We provide "metallic porous bodies" made using a special manufacturing method. They are used in a wide range of applications, including fuel cell components, gas diffusion layers, separators, adsorption filters, and artificial joints. Additionally, we can also produce alloy porous bodies and nickel porous bodies. Please consult us regarding pore size, shape, and other materials. 【Correspondence as gas diffusion materials (electrodes) for various fuel cells】 ■ Can be manufactured from a thickness of 0.5mm ■ Pore ratio of over 80% ■ Corrosion-resistant conductive materials ■ Porous bodies that can efficiently diffuse reactants ■ Compressive strength that withstands assembly pressure ■ Compression creep characteristics that make it easy to maintain surface shape *For more details, please refer to the PDF document or feel free to contact us.

• Metal bearings

No expensive molds needed! Directly create from 3D model data using a 3D printer!

"3D Ceramic Forming Technology" is a new shape-giving technology for ceramics using 3D printers. It allows for direct shaping from 3D model data without the use of expensive molds. Using the FDM (Fluid Deposition Modeling) method, it enables the one-shot creation of three-dimensional structures that cannot be produced with existing molding techniques. It can also be applied to materials other than ceramics, such as metals. 【Features】 ■ Direct shaping from 3D model data without the use of expensive molds ■ One-shot creation of three-dimensional structures that cannot be produced with existing molding techniques ■ In-house preparation of materials (filaments) for three-dimensional shaping ■ Support for three-dimensional prototype shaping from supplied raw materials ■ Applicable to materials other than ceramics, such as metals *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract

Introducing Chofune Manufacturing's "Ceramics Precision Micro Parts" and their features!

We would like to introduce Nagamine Seisakusho's "Ceramics Precision Micro Parts," which offers a wide range of ultra-precision molded products using microtechnology. Our company provides "IC Chip Suction Nozzles (for Surface Mount and IC Chip Transport)" that are compatible with the next-generation surface mount standards "03015" and "0201," as well as "Dispenser Nozzles/Inkjet Nozzles (for Liquid Dispensing and Droplet Ejection)" that can reduce wear even during high-pressure discharge. **Features of the IC Chip Suction Nozzle (for Surface Mount and IC Chip Transport):** - Utilizes fine ceramics with excellent wear resistance → Contributes to longer component lifespan and reduced nozzle replacement frequency - Minimizes machining by leveraging injection molding → Achieves low-cost and short lead time for mass production - Static electricity countermeasures are possible with conductive ceramic materials - Nozzles can be manufactured to match various mounting machines *For more details, please refer to the PDF document or feel free to contact us.*

• Contract manufacturing
• Processing Contract

Minimum hole diameter of 5μm - can be produced! Coating nozzle that improves fluidity and applicative properties.

This product is a coating nozzle for a tabletop dispenser equipped with a ceramic tip. By using a mold to shape the holes, it achieves a tapered, smooth cross-section, improving fluidity and coating performance. It can be manufactured with a minimum hole diameter of 5μm. The use of fine hole nozzles enables precise coating. The metal holder comes with a standard double-thread screw, allowing for direct use with commercially available machines. 【Features】 ■ Made of ceramic ■ Achieves a tapered, smooth cross-section by shaping holes with a mold ■ Improved fluidity and coating performance ■ Can be manufactured with a minimum hole diameter of 5μm *For more details, please refer to the PDF document or feel free to contact us.

• nozzle
• dispenser

[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.

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