Aikosha 6th New Energy Prototype and Processing Exhibition Exhibit Information [Booth Number: W6-6]

Minimize processing hole bending! Compatible with various materials such as beryllium copper and phosphor bronze!

Aiko's drilling processing can accommodate ultra-fine parts such as barrels for contact probes, various connectors, and medical device components. The aspect ratio (the ratio of hole diameter to hole depth) can be up to 20. We minimize bending of holes caused by drilling and can handle various materials including beryllium copper, phosphor bronze, palladium alloys, and various types of stainless steel. 【Features】 ■ Deep hole drilling using NC lathes! ■ Aspect ratio (the ratio of hole diameter to hole depth) can be up to 20! ■ Compatible with various materials (examples of past achievements: beryllium copper, phosphor bronze, palladium alloys, various types of stainless steel, etc.) *For more details, please contact us or download our catalog for more information.

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Compatible with various materials such as beryllium copper and phosphor bronze! Drilling with a minimum hole diameter of 0.09mm!

Aikosha's hole drilling processing is capable of handling ultra-fine components such as barrels for contact probes, various connectors, and medical device parts. We have achieved drilling with a minimum hole diameter of 0.09mm (depth 1.0mm) through conventional machining, enabling cost reduction even for small quantities. 【Features】 ■ Drilling with a minimum diameter of φ0.09mm! ■ Cost reduction even for small quantities due to conventional machining! ■ The inner surface finish is cleaner than that of drawn pipe materials! Step-shaped hole configurations are also possible! ■ Compatible with various materials (examples of past achievements: beryllium copper, phosphor bronze, palladium alloys, various types of stainless steel, etc.) *For more details, please contact us or download and view the catalog.

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Milling of ultra-fine products that could not be processed before, with a minimum outer diameter of 0.05mm!

It has been considered difficult to perform various shape processing on ultra-fine parts such as plungers for contact probes, various connectors, and medical device components. At Aikousha, we have achieved milling for ultra-fine parts with a minimum outer diameter of 0.05mm (maximum diameter of 4.0mm), and since it is done through machining, we can keep costs down even for small quantities. 【Features】 ■ Removal of fine machining burrs through unique know-how ■ Capable of diverse shape processing such as quadrisecting and multi-point slitting ■ Compatible with various materials (Examples of achievements: beryllium copper, SK95, phosphor bronze, palladium alloy, various types of stainless steel, etc.) *For more details, please download the catalog or contact us directly.

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A case study showcasing a 20% reduction in processing costs is now available! Numerous examples of applications for medical device parts and jigs are included!

When manufacturing parts for medical devices and jigs, secondary processing and assembly work are essential. We are revealing the secret to reducing unnecessary costs and increasing productivity! 【Contents】 ■ Case study of barrel for contact probes ■ Application examples ■ Features ■ About Aikosha *For more details, please download the catalog or contact us directly.

• Processing Contract

Achieving ultra-fine machining of φ0.015mm! For contact probe components, medical device parts, and industrial equipment parts!

With a CNC precision automatic lathe that enables the fine integrated processing of round objects with a diameter of 4mm or less, we can perform various shapes of cutting processing, including "turning," "punching," and "composite." Additionally, we offer high-precision cutting processing through the integration of fine measurement technology, the construction of optimal programs, and systematization for both small-batch and mass production, allowing for rapid processing of required quantities. 【Features】 ■ Capable of ultra-fine cutting processing with an outer diameter of φ0.05mm and above. Mass production is also supported. ■ Known for the beauty and stability of the turned surfaces. ■ Our unique processing technology reduces burrs. ■ Capable of processing ultra-fine holes starting from a hole diameter of φ0.09mm, with a clean inner surface. ■ Stable dimensional accuracy is maintained through our unique process management. ■ Support is provided even after product delivery through the submission of various documents, analysis, and evaluation. *For more details, please request materials or view the PDF data available for download.

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For precision parts machining and non-destructive testing, please contact Aikousha.

Aikousha specializes in NC micro-machining and manufactures components for contact probes used in electrical testing of electronic parts (such as semiconductors and printed circuit boards), as well as precision parts for medical devices and industrial equipment. Our stable, high-quality, and high-precision NC micro-machined products are utilized by companies across a wide range of fields, including electronic component testing, medical applications, and industrial machinery. Furthermore, based on the technology and know-how we have cultivated over many years in NC micro-machining, we will expand our activities in the future to include MC micro-machining and X-ray inspection services in the fine processing domain. If you have requests for reliable NC micro-machined products, MC micro-machined products, or X-ray inspection services, please contact Aikousha. 【Features】 - Approximately 100 CNC automatic lathes available - Orders for small quantities are accepted - Short delivery times accommodated - All processes are handled in-house For more details, please contact us or download our catalog.

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At Aikousha, we are engaged in a wide range of activities aimed at the microdomain.

At Aikosha, we utilize machining centers to create sockets for semiconductor testing and various jigs. Examples of usage include the creation of various multi-hole sockets and various jig components. 【Features】 - Equipped with machining machines that excel in fine processing - Mainly engaged in multi-hole resin processing - Flexible response to customer requests - Capable of various combination processing in collaboration with internal departments *For more details, please contact us or download the catalog.

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We are conducting various non-destructive internal observations using X-ray microscopic inspection equipment.

At Aikosha, we started offering X-ray inspection contract services in May 2013. With the X-ray inspection equipment (TUX-3200N) manufactured by Mars Tohken X-ray Inspection Co., we can perform high-magnification imaging and step-feed function imaging on a large stage with a diameter of 400mm. We can accommodate both sample mailing and in-person sample drop-off and observation. Examples of usage include analysis of various defects, foreign object inspection, verification of assembly conditions, and motion analysis. 【Features】 - Equipped with an X-ray microscopic inspection device with a resolution of 0.4μm - The stage can observe workpieces with a diameter of 400mm and a load capacity of up to 5kg - Re-analysis of images is possible (conditions apply for re-analysis) - Capable of observing during operation due to the ability to intake power and air (the state will be stationary, not in continuous operation) For more details, please contact us or download the catalog.

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[Speaker] Mr. Takashi Fujita, Economist, Economic Research Department, Meiji Yasuda Research Institute, Inc. [Key Lecture Content] In this lecture, we will explore the social roles that autonomous driving and robot taxis can play, starting from the recent serious shortage of taxis, and systematically address the challenges for their social implementation from multiple perspectives. Considering structural changes such as the decrease and aging of taxi drivers and the increase in demand from foreign visitors to Japan, we will compare the trends of overseas companies like Waymo with the characteristics of demonstration experiments conducted by Japanese automobile manufacturers. Additionally, we will explain the current state of responsibility determination in the event of accidents during Level 4 autonomous driving, the insurance system, and the development of legal frameworks, while looking ahead to the necessary public-private and cross-industry collaboration to enhance social acceptance. [Lecture Items] 1. Structural factors of taxi shortages, increase in foreign visitors, and transportation demand 2. Leading examples from overseas and strengths of Japanese companies 3. Achievements and challenges of domestic demonstration experiments 4. Responsibility determination in the event of accidents 5. Relationship between compulsory insurance, voluntary insurance, and the Product Liability Law 6. Barriers to social acceptance 7. Responses towards social implementation 8. Q&A / Business card exchange

[Speaker] Abe Shinsei, Representative of Abe CN Consultant Director (Outside) of Electric Power Development Co., Ltd. Former Executive Director of Toyota Motor Corporation / Former Director of BluE Nexus Mr. Abe Shinsei [Key Lecture Content] With the European Commission reconsidering the 35-year engine phase-out and the future of electric vehicles becoming increasingly uncertain and diverse in achieving carbon neutrality, China is leading the world in the evolution of automobiles, including the proliferation of electric vehicles and the practical application of autonomous driving. In this lecture, I will explain the direction of automobiles for achieving carbon neutrality, what the added value of automobiles is for users, and touch upon the threats posed by China's evolution in the automotive sector. [Lecture Items] 1. Latest Trends in Electric Mobility 2. The Threat from China 3. Reasons for the Return to HEV and PHEV 4. Future Challenges and Initiatives 5. Q&A / Business Card Exchange

[Lecturer] Daisuke Shirai, Ph.D. (Media Design), Chief Researcher, Frontier Communication Research Department, NTT Corporation Future Network Research Institute [Key Lecture Content] There is growing anticipation for quantum computers to tackle problems that are difficult to solve even with the latest computer and AI technologies. In this lecture, I will explain the optical quantum approach, which is gaining attention for its energy efficiency and scalability among various methods. I will cover the basic operating principles of optical quantum computers, an overview of measurement-induced operations and continuous-variable quantum bits, and the quantum light source using PPLN optical parametric amplifiers (OPA), which are key components of the optical quantum approach, along with points on miniaturization and energy saving. Additionally, I will present a roadmap for achieving one million quantum bits by 2030 and the prospects for a network-native quantum accelerator in IOWN.

SANDO TECH Co., Ltd. will be exhibiting at "CONVERTECH2026" held at Tokyo Big Sight. It is a comprehensive exhibition of manufacturing where you can see, touch, and feel. Starting from Roll to Roll processing technology, functional materials, films, processing machinery, and technology will come together to propose the realization of high added value and sustainable manufacturing. When you visit, please be sure to stop by our booth.

As students' values and criteria for choosing companies undergo significant changes, designing internships and forming a talent pool that resonates with the graduating class of 2028 is an important theme. Triangle Trust, in collaboration with the student organization Clarion, will hold an online seminar to gain insights on building suitable internships based on the real voices and latest trends from current second-year students at nine prestigious universities. ■ What you will gain from this seminar 1. The "reality of internships and job offers" from students at prestigious universities 2. Key points on student trends and internship design organized by experts ■ Seminar Program Overview 【Part 1】 Student Presentations (70 minutes) * Q&A session for students from companies (chat format) 【Part 2】 Internship Points for the Graduating Class of 2028 from a Student Perspective (25 minutes) 【Part 3】 Explanation of Recruitment for the Graduating Class of 2028 (25 minutes) ■ Event Overview Duration: 9 sessions held from February to May 2026 Presenting Students: 3 second-year students from prestigious universities per session Universities: Tokyo, Hitotsubashi, Keio, Waseda, Meiji, Aoyama Gakuin, Rikkyo, Chuo, Hosei Format: Online Target Audience: HR and recruitment personnel, business owners, executives, and frontline managers and leaders Capacity: 20 companies per session (1 participant per company) Participation Fee: 55,000 yen (tax included) per session