The CHInano 2026 main exhibition area covers 25,000m2, with focuses on functional nano materials, micro nano manufacturing, third generation semiconductor, nano health, energy and clean technology, nano biomedicine, nano smart life and other links of the nanotechnology industry to build an optimal platform for enterprise display, product promotion, capital cooperation, technology docking and exchanges.
As China's most professional, well-known and authoritative MEMS exhibition, CHINA MEMS has achieved great success. Professional attendees are concentrated in many fields such as semiconductors, automobiles, electronics manufacturing, consumer electronics, military industry, aerospace, sensors, and the Internet of Things. International professional visitors came from 28 countries and regions. Globally well-known MEMS application and foundry manufacturers, equipment manufacturers, MEMS key laboratory experts, and Micro-nano manufacturing technology experts from the 863 Program of the Ministry of science and technology participated in our exhibition and high-level forum.
The third-generation wide band gap semiconductor materials are represented by silicon carbide (SiC), gallium nitride (GaN), zinc oxide (ZnO), diamond and aluminum nitride (AlN), which are applied mainly in semiconductor lighting, power electronics, laser and probing equipment and other fields; each filed is on a different phase of development. In the cutting-edge research fields, the wide band gap semiconductor is still in lab research stage and in the future will see wide applications in photoelectronic components, power electronics fields, etc. Its excellent performance will enable it to play a significant role in multiple modern industries with huge market potential and prospects in the future.
Focused on precision inspection and measurement technologies in the fields of nanomaterials and semiconductor devices, this Zone brings together the world's top-notch nanoscale characterization equipment and solutions, including atomic force microscopy (AFM), electron microscopy (SEM/TEM), ultra-precision measurement systems and advanced material characterization equipment, etc. It is committed to building an efficient docking platform for testing technologies, industrial application and standardization, helping enterprises optimize their R&D process, improve product yield so as to promote the innovation and upgrading of nano manufacturing processes.
This zone focuses on the core links of the MEMS (Micro-Electro-Mechanical Systems) industrial chain, covering the complete manufacturing process from design verification, pilot production to mass production. It centrally showcases MEMS wafer manufacturing verification, initial trial, pilot trial, mass production, MEMS packaging and testing, MEMS special processes, failure analysis, production line equipment, etc. The zone is committed to building a collaborative innovation ecosystem for the MEMS industry, promoting efficient integration of technological research and development with commercial applications, and accelerating product iteration and market implementation.
