On May 8, 2025, the two-day Fifth National Conference on Electromagnetic Functional Materials and National Seminar on Electromagnetic Radiation Control Materials and Applications ended successfully in Chengdu. As the top academic event in the field of electromagnetic functional materials in China, this meeting brought together many industry experts, scholars and business representatives to discuss the cutting-edge technology and application development of electromagnetic materials. Chengdu Miji Technology Co., Ltd. appeared at the exhibition with its independently developed nanometer terahertz microspectroscopy system and multi-mode non-destructive testing system (booth number: 03). With innovative technology and product advantages, it became the focus of the whole field. The booth was popular and interactive on the spot. It was widely praised.
During the conference, Professor Min Hu, founder of Miji Technology, was invited to give an academic report entitled “terahertz nano-resolved nondestructive testing system” at the conference, which deeply analyzed the innovative breakthroughs and application practices of terahertz technology in the field of nanoscale nondestructive testing. The report shows the leading position of Miji Technology in this field from technical principles, system design to industry application cases, which triggered a lively discussion among the experts attending the meeting. “Terahertz technology is gradually breaking through the limits of traditional testing, and will play a greater value in high-end manufacturing, scientific research and medical fields in the future,” said Professor Min Hu.
During the conference, Miji Technology’s two high-end detection systems attracted a large number of participants. The nanometer terahertz microspectroscopy system provides a new solution for the microstructure characterization of materials with its ultra-high resolution and accurate spectral analysis capabilities. The multi-mode non-destructive testing system has attracted much attention in the fields of electromagnetic functional materials, semiconductors, and cultural relics detection due to its multi-technology fusion, high sensitivity, and non-destructive detection characteristics. Many experts and scholars have highly recognized the cutting-edge technology of Miji Technology and have explored potential directions for cooperation.
Source: Chengdu Miji Technology Co., Ltd. official website View Original