May 8, 2025 – The two-day 5th National Conference on Electromagnetic Functional Materials and the National Symposium on Electromagnetic Radiation Control Materials and Applications successfully concluded in Chengdu. As a premier academic event in the field of electromagnetic functional materials in China, the conference brought together numerous industry experts, scholars, and corporate representatives to discuss cutting-edge technologies and application developments. Chengdu Miji Technology Co., Ltd. showcased its independently developed nanoscale terahertz micro-spectroscopy system and multimodal nondestructive testing system at the exhibition (Booth No. 03). With innovative technology and product advantages, it became the center of attention, attracting an overwhelming crowd, lively on-site interactions, and widespread acclaim.
During the conference, Professor Min Hu, founder of Miji Technology, was invited to deliver an academic report titled “Terahertz Nanoscale-Resolution Nondestructive Testing System,” providing an in-depth analysis of the innovative breakthroughs and practical applications of terahertz technology in nanoscale nondestructive testing. The report comprehensively demonstrated Miji Technology’s leading position in the field, covering technical principles, system design, and industry application cases, sparking heated discussions among attending experts. Professor Min Hu remarked, “Terahertz technology is gradually breaking through the limits of traditional testing and will play an even greater role in high-end manufacturing, scientific research, healthcare, and other fields in the future.”
Throughout the event, Miji Technology’s two high-end testing systems drew a large number of attendees eager to engage and communicate. The nanoscale terahertz micro-spectroscopy system, with its ultra-high resolution and precision spectral analysis capabilities, provides an entirely new solution for material microstructural characterization. Meanwhile, the multimodal nondestructive testing system, characterized by multi-technology integration, high sensitivity, and non-destructive inspection features, garnered significant attention for its application prospects in fields such as electromagnetic functional materials, semiconductors, and cultural relic examination. Many experts and scholars expressed strong recognition of Miji Technology’s advanced technologies and explored potential directions for future collaboration.
Source: Official website of Chengdu Miji Technology Co., Ltd. View original article