Location: Trondheim
Cleanroom size: 700 m²
The cleanroom is especially designed for interdisciplinary research. It has fully vibration damped ISO-9 to ISO-5 zones equipped for: Chemical methods, including chemical synthesis with emphasis on particle synthesis as well as spin and dip coating. Physical methods involving thin film growth and high resolution lithography techniques. Bionanotechnological methods including soft lithograhy line and biological work spaces. In addition there are a number of characterization methods available, and a designated cleanroom area for education.
Website
NTNU NanoLab
Technologies and equipment at NTNU NanoLab
Thermal processes
Thin film deposition
Lithography
Dry etching
Characterisation
- 3D Optical Profiler
- AFM, NanoSurf
- AFM, Nanosurf Flex
- AFM, Veeco
- DIC microscope
- FIB G4 (Advanced level)
- Fluorescence microscope
- Focused Ion Beam (FIB G2) – (Entry Level)
- JEOL SEM
- MiBots (micromanipulators)
- Micro-Raman Spectroscopy
- NanoDrop UV vis spectrophotometer
- Nanosight Nanoparticle Analysis System
- Particle size analyser
- Profilometer (Stylus)
- Reflectometer
- S(T)EM
- SECM
- SEM (Table Top)
- SEM APREO
- Stereomicroscope
- STM 1, Nanosurf
- STM 2, Nanosurf
- STM 3, Nanosurf
Bonding and packaging
Chemical and biological methods
- Analytical Balances
- Autoclave
- Centrifuge (Table top)
- Fume Hood 4
- Fume Hood 5
- Fume Hood 6
- Glove Box Nitrogen
- HF buddy
- HF fume hood
- Kugelrohr distillation appatus
- LAF Safety Bench
- Laminar Flow Bench 1 & KSV-dipcoater
- Laminar Flow Bench 2
- Laminar Flow Bench 3
- Langmuir Blodgett trough
- Microscope
- Microscope
- Microscope
- PDMS area course
- pH-meter
- Rotary evaporators
- Shaking platform (orbital)
- Spin coater
- Syringe Pump Fusion
- Syringe pump KDS
- Syringe Pump Nexus
- Table Top Centrifuge
- Theory of Lithography Chemistry
- Ultracentrifuge
- Ultrasound Desintegrator 1
- Ultrasound Desintegrator 2
- UV Ozone Cleaner
