Research Equipment Convergence Research Group
Establishes platforms for organic/inorganic material synthesis and bio-pharmaceutical safety evaluation, and develops precision processes and analytical equipment
- Research and development of transmission electron microscopes and core element technologies
- Development of artificial organ-mimicking platforms and associated analytical instruments for alternative animal testing in new drug development
- Establishment of next-generation precision medicine and advanced bio-pharmaceutical safety evaluation platforms using smart bio-systems based on 3D complex biomimetic technology
- Development of high-thermal-conductivity adhesives through research on particle surface modification technology and composite fabrication
- Development of ultra-precise free-form mirror manufacturing equipment and processes for X-ray and EUV regions
Research Infrastructure
Possesses infrastructure for organic/inorganic material synthesis, artificial organ-mimicking platforms, and ultra-precision processing
- 60 kV aberration-corrected transmission electron microscope and core component devices
- Biochip and 3D printing technologies, 3D tissue/disease modeling techniques, drug efficacy evaluation and analysis technologies, automated analysis equipment, and AI software development
- Possesses drug efficacy evaluation platforms and multimodal analysis technologies based on biomimetic microphysiological systems, and conducts collaborative research developing nonclinical alternative evaluation methods using multi-organ similitudes (MPS) and co-culture organoid systems
- Mass-produces high-thermal-conductivity adhesives for use in superconducting coil manufacturing
- Possesses Korea’s top-level shared equipment and facilities for manufacturing ultra-precise free-form optical components
Particle surface modification and composite fabrication
60kV TEM products & TEM images
Development of preclinical evaluation technologies for advanced biopharmaceuticals based on human-derived 3D organoid models
Development of multimodal integrated automated analysis systems
