Charged Particle Instrumentation Research Unit
Research and development of high-precision, low-damage, multimodal hybrid imaging platform technologies for organic/inorganic materials and biological samples using charged particle (electron/ion)-based technologies
Research Infrastructure
Main Tasks
- Commercialization of the first domestic development achievement : Support for the commercialization of the first domestically developed transmission electron microscope
- Stable technology transfer and support to demand companies that have received the KBSI low-voltage transmission electron microscope system technology developed for the first time in Korea
- New-concept hybrid imaging platform research : Research and development of real-time high-precision, low-damage, multimodal hybrid imaging platform technologies for organic/inorganic materials and biological samples
- Development and automation of equipment for hybrid imaging implementation using charged particles (electrons/ions)
- Research and development of AI-based digital twin image fusion and automatic interpretation technologies
- Technical difficulty support : Technical support for charged particle-based imaging technologies
- Identification of technical difficulties and provision of solutions for domestic research equipment companies related to imaging technologies
- Technical support for family companies facing technical challenges
Possessed R&D Infrastructure
Charged particle instrumentation R&D platform
