Betel thermal conductivity measurement device and fiber orientation evaluation system

Happy New Year! I would like to express my heartfelt gratitude to all those who supported us in the past year. In 2025, we will strive for further growth, and all of our employees will work hard to achieve this. I pray that this year will be fruitful for everyone. Thank you for your continued support. #NewYearGreeting #YearOfTheSnake #2025

During the campaign period, we will present a "10% discount voucher for your next use" to those who utilize our services! We have prepared a special service for those who wish to measure the thermal properties of materials, such as thermal diffusivity and thermal conductivity. Accurate and reliable measurement data serves as an important guideline in product development and quality control. Why not enhance your project with our contract services utilizing the specialized thermal property measurement technology of Bethel Hudson Laboratory? <Campaign Overview> ■ Target: Customers who utilize thermal property measurements during the campaign period (conditions apply) ■ Benefit: "10% discount voucher for your next use" ■ Period: Until the end of February 2025 For details and application methods, please check the link below. https://blog.thermal-measurement.info/archives/52279986.html Bethel is fully committed to supporting your research and development through thermal property measurements.

The "Fundamentals of Thermal Conductivity and Measurement Methods/Case Studies" seminar hosted by Nikkan Kogyo Shimbun will be held soon! In manufacturing and development, thermal issues in electronic devices and materials cannot be avoided. To solve these problems, it is essential to accurately understand the "thermal conductivity" of components and materials and to carry out appropriate thermal design. This seminar will cover the various types of thermal conductive materials used in electronic devices, detailing their measurement methods and specific case studies. By understanding the characteristics and advantages of various thermal conductivity measurement methods, participants will develop the skills to select the optimal method according to the situation. Additionally, actual measurement case studies of thermal conductivity will be introduced, providing knowledge directly applicable to product development and quality control. This seminar is recommended for those who want to acquire advanced thermal property measurement techniques to improve the performance of electronic products and prevent issues. <Knowledge to be Acquired> ◇ Basic knowledge of thermal conductivity ◇ Principles of thermal conductivity measurement instruments ◇ Differences in thermal conductivity measurement methods (which instruments to use for which types of samples) Please click the [Details & Registration] button below to apply.

The "Robot and Aerospace Festival Fukushima 2024" is one of the largest exhibitions in the Tohoku region, specializing in the robot and aerospace industries, held annually in Fukushima Prefecture. It offers an excellent opportunity to gain insights into future industrial development through demonstrations of advanced technologies related to industrial robots and aerospace, as well as lectures by experts. Exhibition Theme: "Minister of Economy, Trade and Industry Award Winner, Elevating Thermal Measurement of Various Materials to a Higher Dimension" 1. **Thermal Property Measurement Device** Our thermal property measurement device meets the high demands of the aerospace industry. It can accurately evaluate and measure the thermal properties and characteristics of composite materials, including CFRP (carbon fiber reinforced plastic). In fields where stable performance under harsh conditions is essential, it accurately captures material properties, strongly supporting innovative product development and quality control. 2. **Linear Actuator** With external dimensions of 30×21×12.5mm and a weight of 10g, it is very compact and lightweight. Despite its small size, it achieves high drive efficiency and can operate for extended periods on dry batteries. It demonstrates precise and stable control performance, making it applicable in various industrial fields. For more details, please check the related links below. We look forward to welcoming you at our booth!