Held the "Thermal Design Online Seminar" on 8/28 (co-hosted with the Structural Planning Institute)!

An online seminar will be held on August 28 in collaboration with Toyota Motor Corporation and the Structural Planning Institute.

In this seminar, we will hear from a current designer at a parts manufacturer about "Key Points for Actual Measurements Using Thermocouples and Heat Flow Sensors," and we will introduce Toyota's high-sensitivity heat flow sensor "Energy Flow." Additionally, as a case study for verifying the discrepancies between actual measurements and analysis, we will present the thermal analysis of the heat flow sensor demonstration kit and its considerations. If you are working on verifying discrepancies between actual measurements and analysis, or if you are engaged in building technologies for thermal design, thermal analysis, and thermal measurements, we encourage you to take this opportunity to watch!

• Other thermal analysis and measurement equipment

Thermal design starts with the measurement of thermal energy! Toyota Motor's thermal flow sensor 'Energy flow'

The heat flow sensor is a device that can easily measure heat flux, which is essential for elucidating the mechanisms of temperature change. By converting the electromotive force generated according to the temperature difference between the front and back of the sensor into heat flow, this sensor can measure the "amount" and "direction" of thermal energy passing through its surface with high precision and rapid response. You can download documents summarizing each lineup and detailed specifications from the link below. For product specifications, pricing, and delivery times, please feel free to contact us through our official website. 【Features of Toyota Motor's heat flow sensor "Energy flow"】 ▼ Highly sensitive and responsive, capturing even slight heat flows (±10W/m2 and above) ▼ Thin at 0.25mm with low thermal resistance, flexible, and excellent in compressive load resistance ▼ No power supply or amplifier is needed; just measuring voltage is sufficient.

• Sensors

Realizing next-generation thermal design! Toyota Motor's thermal flow sensor 'Energy flow' visualizes heat flow that cannot be captured by temperature alone.

"Energy flow" refers to a sensor that can only detect convective heat dissipation. While a heat flow sensor measures the combined heat flux of radiation and convection, the convective heat dissipation sensor outputs only the heat flux from convection! Due to differences in the emissivity of the sensor surface, it becomes possible to separate the heat dissipation into convective and radiative components. You can download a document summarizing each lineup and detailed specifications from the link below. Please feel free to read it or contact us. 【What is convection?】 The transfer of heat by fluids such as gases or liquids. Example 1: The phenomenon of hot coffee cooling down. Example 2: The phenomenon of a hot plate cooling down after the power is turned off.

• Sensors

We would like to extend our heartfelt congratulations on the continued prosperity of your esteemed company. Our company will be exhibiting at the following trade show, where we will introduce a number of products, including our new product, the Pillow Packaging Full Air Tightness Inspection Machine MSQ-2003. We sincerely apologize for the inconvenience during your busy schedule, but we would like to invite you to visit us at this opportunity. 【 Exhibition Name 】 JAPAN PACK 2025 Japan Packaging Industry Exhibition https://www.japanpack.jp/ 【 Dates 】 October 7 (Tuesday) to October 10 (Friday), 2025 *4 days 10:00 AM to 5:00 PM 【 Venue / Booth Number 】 Tokyo Big Sight / East Hall 8, Booth 8-505

Sanei Hitec Co., Ltd. will exhibit at SENSOR EXPO JAPAN 2025, which will be held from September 10 (Wednesday) to September 12 (Friday), 2025. At this Sensor EXPO 2025, we will showcase our semiconductor design technology and high-performance IP (Intellectual Property) that support the evolution of sensors.

Sanei Hightex Co., Ltd. will exhibit at the "Student Formula Japan Championship 2025" at the Shizuoka Prefecture booth in Aichi Sky Expo Exhibition Halls E and F from September 11 to 13, 2025.

We would like to inform you that we will be exhibiting our products at the 63rd Annual Meeting of the Biophysical Society of Japan. If you are planning to attend, please be sure to stop by. ❚ Products to be Exhibited - Auto Patch Clamp System | Port-a-Patch mini This compact system eliminates the need for a microscope, vibration isolation table, manipulator, and Faraday cage, which are typically required for conventional patch clamp experiments. It does not require specialized skills or experience, allowing for easy data acquisition and verification. - Artificial Lipid Bilayer Experiment Device | Orbit mini This device allows for easy measurement of channel activity at the single-molecule level. It enables the formation of lipid membranes, reconstitution of membrane proteins, and single-channel measurements using only a micropipette in experiments utilizing artificial lipid bilayers, facilitating functional and structural analysis of target membrane proteins and evaluation of drug effects. - Liposome Preparation Device | Vesicle Prep Pro This is the world's first device capable of producing giant unilamellar vesicles (GUVs) with diameters ranging from 1 to 30 μm without the use of organic solvents, utilizing the electroporation method (vibrating hydrated lipid films in an alternating electric field).

The success or failure of an AI project depends on the quality and immediacy of the "data infrastructure." By combining no-code and low-code products, it is possible to achieve a seamless process from data collection to integration and AI utilization, efficiently building a data infrastructure that supplies high-quality data to AI. We will explain specific methods for flexibly and quickly constructing a data infrastructure, incorporating case studies and demos, and introduce key points of a data strategy to lead to successful AI utilization.