*Recording available* *August Short Online LIVE Seminar Held! - High-Temperature Thermal Properties Online Seminar*

Introducing the "DIL806," capable of measuring thermal expansion rates without contact. It is an ideal tool for measuring amorphous and soft samples.

The DIL 806 optical dilatometer is a high-performance thermal expansion and contraction measurement device provided by TA Instruments. By adopting optical measurement principles, this device enables non-contact measurements that were difficult with conventional dilatometers. The DIL 806 uses an absolute measurement process that is not affected by the expansion or contraction of the testing apparatus itself, eliminating the need to correct measurement results for different temperature programs. This device irradiates a wide planar light onto the sample using high-performance LEDs and detects the shadow of the sample with a high-resolution CCD sensor. A digital edge detection processor evaluates this signal, accurately and sensitively measuring the dimensional changes of the sample in response to temperature variations. The DIL 806 is ideal for measuring materials such as metals and plastics, and thin samples can be easily analyzed using a dedicated sample holder. The furnace allows for rapid heating up to 100°C/min and rapid cooling from 1400°C to 50°C in under 10 minutes. This enables efficient analysis of dynamic processes and tests that include multiple temperature steps.

• Analytical Equipment and Devices

Measurement of thermal expansion in the vertical direction is possible! The highest sensitivity is guaranteed by a high-resolution inductive sensor (LVDT).

The DIL820 series (DIL 821/822) is a high-precision vertical dilatometer belonging to the DIL 820 series from TA Instruments. These models are equipped with a new optical encoder that has a resolution of 1nm, making them particularly suitable for the analysis of challenging samples. The DIL 822 employs true differential measurement technology, providing the best sensitivity and accuracy for CTE (coefficient of thermal expansion) in the market.

• Analytical Equipment and Devices

Introducing the "DIL802/802L," capable of high-precision dual sample measurement.

The DIL 803 is a dual-sample dilatometer that maximizes productivity by measuring two samples simultaneously. It can measure in vacuum or inert gas environments, while the DIL 803L is specialized for measurements in air. The horizontally arranged furnace ensures uniform temperature and eliminates the effects of air convection. A high-sensitivity LVDT is used to accurately measure even minute thermal expansion events.

• Analytical Equipment and Devices

This is an introduction to the "DIL802/802L," which is skilled in dynamic temperature programs used for shrinkage rate control sintering (RCS) and measurements in low-temperature regions.

The DIL 802 is a device that achieves true differential measurement, providing the highest measurement accuracy. By measuring only the difference between the sample and the reference material, it eliminates the effects of system expansion. This design is particularly beneficial for dynamic temperature programs and measurements at low temperatures. The DIL 802 is suitable for measurements in vacuum or inert gas, while the DIL 802L is specialized for measurements in air. The horizontally arranged furnace ensures temperature uniformity and eliminates the effects of air convection. A high-sensitivity LVDT is used to accurately measure even minute thermal expansion events.

• Analytical Equipment and Devices

Introducing the "DIL801," which allows measurements in air, vacuum, and inert gas purge, and the "DIL801L," which is ideal for evaluating the properties of ceramic materials.

The DIL 801 is an ideal device for measuring the thermal expansion of a single sample. It allows measurements in vacuum or inert gas environments, while the DIL 801L is specialized for measurements in air. This makes it suitable for evaluating the properties of ceramic materials. The horizontally arranged furnace ensures temperature uniformity and eliminates the effects of air convection. A high-sensitivity LVDT is used to accurately measure even minute thermal expansion events. Key features: - Measurement of linear dimensional changes over a wide temperature range - Capable of measurements in vacuum, inert gas, and air - Accurate displacement measurement with high-sensitivity LVDT - Ensures temperature uniformity with a horizontally arranged furnace - Compatible with various furnaces and easily interchangeable - Accurate temperature measurement with thermocouples or pyrometers - The measurement system can be composed of materials such as quartz glass, alumina, sapphire, graphite, and tungsten.

• Analytical Equipment and Devices

We will be exhibiting from Wednesday, October 1 to Friday, October 3, 2025. Makuhari Messe https://www.jagri-global.jp/hub/ja-jp/visit/feature-t/plant.html Please stop by!

To construction and civil engineering companies looking for the "next" step in digitalization. This seminar will explain the currently trending topic of "AI utilization" in 45 minutes. We will clearly introduce the latest trends, specific case studies, and steps for implementation to address questions such as "What can AI do?" and "How can it be applied to our business?" Whether your company is already advancing in DX or is just starting to consider AI, you will find hints for improving operational efficiency. 【Schedule】 1: Company introduction and instructor introduction 2: Case studies of AI utilization in the construction and civil engineering industry 3: Convincing examples! Patterns of AI utilization in construction operations 4: Three steps to avoid failure in AI implementation 5: Q&A and closing remarks

We will address the issue of young employees who, despite joining the company, leave due to reasons such as "there's no time to be taught," "I don't understand when I'm told to learn by watching," and "what is written and said varies depending on the project or person in charge." We propose a system that accumulates the know-how of veterans in AI and systems, allowing young employees to search for and solve problems on their own. 【Schedule】 1: Company introduction and instructor introduction 2: Reasons why technical inheritance is not progressing (lack of time, difficulty in verbalizing) 3: "Next-generation manual and know-how sharing methods" utilizing video and AI search 4: Examples of system construction to institutionalize technical inheritance 5: Q&A and closing remarks

[Speaker] Kentarou Kobe, Senior Consultant Mitsubishi Research Institute, Inc. Power and Energy Division Demand Side Innovation Group [Key Lecture Content] As we strive for carbon neutrality, the importance of stationary storage batteries that support the expansion of renewable energy adoption and the stabilization of electricity supply and demand is increasing. On the other hand, the environment surrounding the battery storage business is undergoing significant changes, including the review of electricity markets and systems, increased renewable energy output control, expanded utilization of demand-side resources, grid connection, cell procurement, cybersecurity, and regional coexistence. In this lecture, we will organize the values required for future battery storage businesses from four perspectives: power system value, renewable energy value, consumer value, and regional value. Based on this, we will introduce points for consideration in business development, focusing on grid-connected and renewable energy co-located systems, taking into account the characteristics of each type. [Lecture Items] 1. Current status of the domestic battery storage market and the future image of battery storage required 2. Market and system trends surrounding grid-connected battery storage and key points 3. Market and system trends surrounding renewable energy co-located battery storage and key points 4. Points for consideration in battery storage businesses that provide multiple values 5. Summary 6. Q&A / Business card exchange

[Lecturers] Accenture Ltd. Industry & Enterprise Headquarters Managing Director Yuya Horiguchi, Head of Telecommunications and Media Practice Japan Senior Manager Mamoru Yonemura, Digital Core Strategy [Key Lecture Content] This presentation will analyze the next structure of the telecommunications industry from the perspective of investment and business strategy regarding 6G. As standardization intensifies in preparation for commercialization around 2030, there is also strong caution that we may "repeat the same mistakes as with 5G." Starting from environmental changes that could not be anticipated in 2020, such as the expansion of generative AI demand, commercialization of NTN (satellite communications), data sovereignty, and power/supply constraints, we will organize the points of discussion on infrastructure investment, business restructuring, sharing, and monetization. From the standpoint of connecting enterprise demand with telecommunications infrastructure, we will present the investment decisions that telecommunications operators should make and the materials for their next steps.