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

Shibuya Kogyo Co., Ltd. will exhibit at "POWTEX 2026 (46th International Powder Technology Exhibition)" held at Tokyo Big Sight from November 25 (Wednesday) to 27 (Friday), 2026. We propose solid-liquid mixing and dispersion systems that consider the entire manufacturing process, from powder and liquid supply to mixing, dispersion, and transfer. 【Main Introduction Content】 ■ Solid-liquid Mixing and Dispersion Systems - Process design from powder supply to mixing, dispersion, and transfer - Selection of methods such as batch and inline according to material characteristics - Support for high-viscosity and high-solid-content slurries - Live demonstration of mixing equipment (continuous kneader) - Introduction of a hybrid system for inline batch processing - Comprehensive support from lab testing to scale-up and mass production equipment 【For Those Facing These Challenges】 - Want to improve clumping and agglomeration during powder feeding - Want to reduce dispersion unevenness and quality variation in slurries - Want to review mixing and transfer processes for high-viscosity materials - Want to reproduce lab dispersion quality in mass production You can consult us not only about the selection of individual equipment but also about the optimization of the entire process and scale-up. Please feel free to visit our booth (3-H67).

Our company will participate in the concurrent pharmaceutical equipment exhibition at the 36th Annual Meeting of the Japanese Society of Pharmaceutical Health Care and Sciences. We sincerely look forward to your visit.

[Speaker] Representative Director, KKR Consulting Co., Ltd. Representative Employee, KKR Consulting Administrative Scrivener Corporation Director of Yamada Junya Tax Accountant Office, Tax Accountant and Administrative Scrivener, Mr. Junya Yamada Tax Accountant, Ms. Mika Ikeda [Lecture Items] 【1】Overview of the Latest Renewable Energy Schemes 【2】Detailed Explanation of the Productivity Improvement Equipment Investment Promotion Tax System Established in Fiscal Year 2028 【3】Explanation of Subsidies Available for Renewable Energy Generation Equipment and Storage Batteries 1. National Subsidies (1) Storage Parity Subsidy (2) Subsidies for Agricultural Land, Carports, etc. (3) Regional Resilience Subsidy (4) Subsidies for Warehouse Operators (5) Perovskite Solar Cell Subsidy (6) Subsidy for the Introduction of Grid-Connected Storage Batteries 2. Subsidies from Local Governments Mainly in the Kanto Region Tokyo, Kanagawa Prefecture, Chiba Prefecture, Saitama Prefecture, Tochigi Prefecture, Ibaraki Prefecture, Gunma Prefecture, etc. 【4】Explanation of Tax Systems Available for Renewable Energy Generation Equipment and Storage Batteries 1. Immediate Depreciation under the Small and Medium-sized Enterprise Management Strengthening Tax System 2. Carbon Neutral Tax System (Applicable to Large Enterprises) 3. Reduction System under the Advanced Equipment Introduction Plan 【5】Q&A / Business Card Exchange

[Speaker] President and CEO of ICT Solution Consulting Co., Ltd. / AI Architect Takashi Tominaga [Lecture Topics] Chapter 1: How to Perceive the Current Era - Five News Items and the End of Rationalism OS (The Inversion Phenomenon of Capital, Vitality, and Management) Chapter 2: The Fundamental Issues Faced by Companies - Dismantling the Old Organizational Structure that 'Domesticates' Human Resources and Transitioning to a "Living Organism Model" for Companies Chapter 3: New Organizational Management (Dissecting the Disruptors) - Learning from Elon Musk and Donald Trump: The Dynamics of Redefining Rules / 25 Diagnostic Questions to Strip Your Company Bare Chapter 4: The Nature of Hybrid Management (Fignetics) - Integration of "Western Logic (Structure)" × "Eastern View of Life (Circulation)" / Weaponization of AI / System Design Based on Reliance on Others Q&A / Business Card Exchange

[Speaker] NEC Networks & System Integration Corporation Career Solutions Sales Division, Second Sales Department, Senior Partner Yoshinobu Akasaki [Key Lecture Content] In data centers, the evolution of AI servers has led to a dramatic increase in power consumption for high-performance servers. To harness this performance, effective cooling methods such as water cooling are necessary. However, cooling in data centers must consider both the facility aspects associated with the building and the IT equipment such as servers as a whole. This seminar will explain the points to consider in cooling data centers, the challenges and solutions in cooling systems, including results from immersion cooling experiments. [Lecture Items] 1. Introduction (Current Status of Energy Saving in Data Centers) 2. Background of Efforts Towards Realizing Data Centers Utilizing Immersion Cooling Systems 3. Overview of Immersion Cooling Technology 4. Summary of Immersion Cooling Experiments 5. Effects Revealed by the Experiments 6. Challenges and Solutions for Social Implementation 7. Conclusion and Future Prospects Including Social Implementation 8. Supplement 9. Q&A / Business Card Exchange