We will exhibit at the 28th R&R Architectural Regeneration Exhibition 2024 from June 12 to 14, 2024.

[Presenting a Collection of Basic Knowledge on Film Thickness Gauges] Automatically recognizes the measurement substrate metal with a dedicated probe! It is possible to select connecting probes tailored to measurement applications such as for heat resistance.

The "SWT-NEO Series" from Sanko Electronic Research Institute is a thickness gauge that can be used for insulating coatings such as painting, lining, plating, and anodizing. Depending on the measurement application, you can choose from probes for ferrous substrates, probes for non-ferrous metal substrates, or connection probes that can be used for both ferrous and non-ferrous substrates. The slim body design reduces fatigue during handheld operation. The easy-to-understand guide display screen makes operation simple. 【Features】 ■ Automatic recognition of the measurement substrate metal by dedicated probes ■ Built-in statistical functions ■ Easy-to-understand guide display screen ■ Upper and lower limit functions ■ Slim body design ☆ We are currently offering a "Thickness Gauge Basic Knowledge Q&A Collection." * For more details, please refer to the PDF document or feel free to contact us.

• Coating thickness gauge

Revolution in film thickness measurement using advanced photothermal radiation methods.

The "Coat Master Flex" allows for film thickness measurement without being affected by materials or surfaces such as metal, resin, wood, CFRP, and ceramics, even in an uncured state! It enables a wide range of measurements, including on-site painting measurements and inline measurements. 【Features】 ■ Non-contact measurement of coating thickness in both wet and dry states ■ Compatible with curved surfaces, corners, and edges ■ Real-time measurement possible even during the operation of the painting line ■ Significantly reduces construction time, avoiding rework and returns ■ Immediate verification after application, potentially reducing material consumption by up to 30% ■ Measurement time per location is just a few seconds, with a measurement area of φ1 to 50 mm ■ Distance to the measurement target is 2 to 15 cm, with an irradiation angle of ±35° (no need for a right angle of 90°) ■ Weighs approximately 1.5 kg, lightweight and compact, making it ideal for on-site work *For more details, please refer to the PDF document or feel free to contact us.

• Coating thickness gauge

Portable probe-integrated film thickness gauge

Portable probe-integrated dual-type thickness gauge Automatically identifies and measures base metals Can measure in dark places with backlight FN type is single-function, Pro type is high-function Pro type features measurement value and calibration curve memory function, data transfer to PC - Measurement method: Electromagnetic and eddy current dual-use - Measurement range: 0–900μm to 2.5mm (ferrous base) 2.0mm (non-ferrous metal base) - Measurement accuracy: ±1μm or ±3% - Display method: LCD digital - Probe: Single-point constant pressure contact type - Power supply: Two AA alkaline batteries - Dimensions and weight: 63×84×30 mm, 125g - Additional function: Switchable display of 0.1μm (for measurements under 100μm)

• Coating thickness gauge

Probe-integrated model for iron base only.

This is a pocket-sized digital thickness gauge with an integrated probe and main unit. Zero and standard adjustments are easily performed with a one-touch button. Its lightweight, palm-sized body and simple key layout allow for easy one-handed operation. - Measurement method: Electromagnetic induction - Measurement range: 0 to 999μm to 2.5mm - Measurement accuracy: 0 to 100μm; ±1μm or ±2% of the indicated value 101 to 2.5mm ±2% of the indicated value - Display method: LCD, display hold - Probe: Single-point constant pressure contact type - Power supply: Two AA alkaline batteries - Dimensions and weight: 63×84×30 mm, 125g - Additional features: Backlight switch, auto power off switch, range switch for 0.1μm display (for measurements under 100μm)

• Coating thickness gauge

We introduce a low-frequency high-voltage pulse discharge pinhole detector.

We would like to introduce the pinhole detectors handled by Sanko Electronic Research Institute, namely 'TRC-250A/250B and TRC-70A/70B'. The "TRC-250A/250B" has a detection voltage of 5 to 25 kV (peak value), and is suitable for coating thicknesses of 1 mm or more. On the other hand, the "TRC-70A/70B" has a detection voltage of 1 to 7 kV (peak value), and is suitable for coating thicknesses of 1 mm or less. 【Specifications (excerpt)】 <TRC-250A/250B> ■ Method: Low-frequency high-voltage pulse discharge type ■ Detection voltage: 5 to 25 kV (peak value) ■ Power supply: Built-in NiMH (nickel-metal hydride) battery (with battery check function) ■ Charging power supply: AC 100-240V, 50/60Hz, 30-20VA ■ Suitable coating thickness: 1 mm or more ■ Dimensions: 370(W) × 190(H) × 150(D) mm ■ Main unit weight: 4.9 kg *For more details, please refer to the PDF document or feel free to contact us.

• Other inspection equipment and devices

Basic type of moisture measurement! Flexibly accommodates various moisture measurements with different connected probes.

The MR-200II is a compact electric moisture meter. With its upper and lower limit functions, it allows for easy checking of dryness and moisture levels. It features a large, easy-to-read LCD display on a compact body. It can flexibly accommodate various moisture measurements depending on the connected probe. The "standard probe" for use with the MR-200II is available for purchase separately. 【Features】 ■ Flexibly accommodates various moisture measurements depending on the connected probe ■ Large, easy-to-read LCD display on a compact body ■ Easy checking of dryness and moisture levels with upper and lower limit functions *For more details, please refer to the PDF document or feel free to contact us.

• Other measurement, recording and measuring instruments

Display the quantity of "appearance" quantitatively.

A compact and durable gloss meter designed with consideration for ergonomics. Easy-to-use operation achieves high repeatability and reproducibility.

• Coating thickness gauge

[Lecturer] NTT Corporation, Network Service Systems Research Institute Network Infrastructure Technology Project, Project Manager Fujihiko Tamura [Key Lecture Content] The All-Photonics Network (APN), which is a core component of the IOWN concept proposed by NTT in 2019, is a high-capacity, low-latency, and low-power optical infrastructure that began commercial service as APN IOWN 1.0 in 2023. Currently, it is offered as a bandwidth-guaranteed communication service between user sites at speeds of up to 800 Gbps, and APN is steadily evolving. In the future, to respond to the rapid development of AI and data centers, as well as the diversifying user needs, we are advancing research and development for APN Step 3, which aims to provide on-demand, end-to-end optical connections on a broad scale. In this lecture, I will explain the world that APN Step 3 aims for, the technologies that support its realization, and our efforts in standardization activities and demonstration experiments at IGF (IOWN Global Forum) and ITU-T.

[Speaker] Hajime Hiraki, CEO of Chemistry Cube, Innovation Consultant [Key Lecture Content] Inventorying technology is not merely about listing and categorizing technologies or creating a technology inventory; in other words, it is not just about managing technology stock. It is a process that visualizes technology as a "structure" and reconstructs the researcher’s own thinking, fundamentally enhancing the strategic planning and theme creation capabilities in R&D settings. In this lecture, we will explain how technology generates value and how it can be utilized across organizations using the technology structuring method iMapR practiced by Chemistry Cube. We will also discuss how the speed and quality of inventorying can be improved through collaboration between generative AI and engineers/researchers. This is essential content for executives and technology leaders who want to accelerate transformation in R&D. [Lecture Items] 1. Introduction 2. What is technology inventorying? 3. How technology inventorying changes R&D settings 4. Practical application of the technology structuring method iMapR 5. Technology inventorying in the era of generative AI 6. Towards deployment in R&D settings 7. Q&A / Business card exchange

Announcement of a workshop hosted by Fukushima Prefecture High-Tech Plaza. Creating the Future of Manufacturing: Problem-Solving Workshop ~ Learn approaches to identify and solve on-site challenges ~ Are you interested in generative AI but haven't taken the plunge yet? Let's take that step together. We will hold an intensive workshop where you can learn the basics of "safely, smartly, and practically" using AI and problem-solving techniques in just 2.5 hours. <Recommended for> - Those who want to eliminate daily "minor inconveniences" and "vague inefficiencies" with AI - Those who want to quickly catch up on the basics of generative AI and safe usage - No restrictions on industry or job type. Those who want to work hands-on in teams and experience concrete outputs <What you will gain> - Experience a problem-solving framework starting from problem discovery → definition → visualization → solution proposals based on on-site challenges - Acquire the basics of generative AI prompts and risk management (copyright, confidentiality, hallucination) from a practical perspective - Take home improvement ideas that can be used starting tomorrow through group work <What to bring/wear> No specific items required. Dress is casual. Please feel free to join us. We sincerely look forward to your participation!

Ladies and gentlemen, do you have any concerns about using Excel for data aggregation and report creation in your daily work? - Spending hours every month matching multiple Excel files through copy-pasting or VLOOKUP - When opening large datasets, your PC freezes, and you have to wait until the processing is complete - The macros you've created are too complex for anyone other than the creator to fix (dependency on individuals) Alteryx is generally recognized as a "self-service data analytics platform" and a "no-code/low-code ETL tool." While the first benefits that come to mind when implementing Alteryx may be efficiency and automation, the advantages of adopting Alteryx go beyond just that. In this seminar, we will introduce how Alteryx can streamline and automate the tasks you struggle with daily in Excel, and how it can help you step up to more advanced analysis, along with specific use cases.

[Speaker] Tadahiro Maruyama, Director of the Business Creation Division, Chubu Electric Power Co., Inc. (Also Deputy COO of Chuden Telemetering LLC) [Key Lecture Content] Chubu Electric Power is expanding telemetering through a smart meter communication network to gas and water services. In the next phase, we aim to integrate these accumulated data into a multi-infrastructure DX business, merging with energy and water services, and striving for a circular and sustainable community across our entire group. This time, I will explain the actual initiatives related to these efforts. [Lecture Items] 1. Automatic Meter Reading by Chubu Electric Power 2. Current Status of Chubu Electric Power's Telemetry Business 3. Business Transformation through Infrastructure DX in the Electric Power Sector 4. Horizontal Expansion of Infrastructure DX to Water Services 5. Smart City Services through Data Utilization 6. Q&A / Business Card Exchange