The 2025 nano tech exhibition, a key event in the field of nanotechnology, was held from January 28 to 30 at Tokyo Big Sight. This event, which focuses on the exploration of future technologies through innovative materials and next-generation devices, aims to facilitate the commercialization of research and development and foster innovation. The exhibition covered an area of approximately 30,000 square meters and attracted numerous exhibitors and visitors.

The exhibition was open from 10:00 to 17:00 at the West and South Halls and the Conference Building of Tokyo Big Sight. It featured various zones such as the Deep Tech Zone, Research Development DX Zone, Sixth Annual Nanocarbon Open Solution Fair, Startup & University Research Lab Pavilion, and Distributed Process Solution '25. These zones showcased cutting-edge technologies and provided a platform for collaboration among researchers, developers, and industry leaders.

Exhibitors at nano tech 2025 had several benefits. They could network with potential partners and customers, gain exposure for their products and services, and participate in various seminars and symposiums. The event also offered opportunities for startups to showcase their innovations and engage with established companies.

The exhibition attracted a significant number of visitors interested in nanotechnology. The organizers reported that the event was well-attended by both industry professionals and researchers from around the world. The success of the exhibition was further highlighted by its various special displays organized by the organizers, including the Deep Tech Zone, Data-Driven: Research Development DX Zone, Sixth Annual Nanocarbon Open Solution Fair, Startup & University Research Lab Pavilion, and Distributed Process Solution '25.

Overall, nano tech 2025 played a crucial role in advancing the field of nanotechnology by bringing together leading experts, researchers, and industry players. It served as a bridge between innovation and future business opportunities in this rapidly evolving domain.