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- Nano-Mechanical Systems
Nano-Mechancial Systems Research Division pursues development of production process, equipment and measurement/evaluation to produce nano-scale machinery and parts. The research field includes mechanical engineering, physics, chemistry, electrical engineering, printing technology and nature-inspired technology to establish infrastructure of nanotechnology industries.
- Printing process and equipment technology for printed electronics
- Flexible low-cost printed electronics devices technology
- Flexible low-cost solar cell technology
- Self-cleaning surface fabrication technique using nature-inspired technology
- 3D plotting system for tissue engineering scaffold
- Ultra precision machining and forming process for micro/nano features
- Micro-/Nanoscale machining and fabrication process based on femtosecond laser
- Fabrication and process development for advanced MEMS
- Nanoimprinting equipments technology
- E-beam lithography and nanostamp fabrication technologies
- Nanopatterning and nanodevices fabrication using nanoimprint lithography
- E-beam lithography and nanostamp fabrication technologies
- Nano-scale measurement and analysis
- Development of thermoelectric device and module
- Separation and transparent heater of carbon nanotube
- Mass production and application of quantum dot
- Structural analysis and reliability evaluation of nano/micro structures
- Schematic diagram of 3D bioplotting system using electrospinning and rapid prototype technology
- 3D plotting system using electrospinning and rapid prototype technology
- Target markets and application fields of printed electronics
- Roll-to-roll printing equipment for printed electronics
- Roll-to-roll ESD printing equipment
- Patterning of stem cells on protein ESD printing
- Examples of duplicated products by 3D real object duplication system
- 3D real object duplication system for office use
- Roll machining for micro patterns on large surface
- Injection molding of micro patterns with high aspect ratio(height:200um, aspect ratio:4)
- Advanced injection material with high deforming characteristics
- Development of nanoimprinting equipment
- Large area imprint machine and pattermed glass substrate
- Magnified view of large area imprinted patterns
- Nanoimprinted patterns-embedded highly efficient OLED
- Property measurement technology for nano-scale thin film using atomic force microscope
- CNT Transpaernl Heater-before and after Heating
- Separation of CNT using microfluidics chip
- Automotive sub-frame module
