Facilities available at the Nanobiomaterials Laboratory include equipment for growth and transfer of nanomaterials such as graphene, carbon nanotubes, nanostructured topological insulators, among others. In addition our lab meet level 1 biosecurity requirement to work with non-pathogenic bacteria.
Our facilities include:
-CVD systems (two zones 1200°C)
-Box furnace (1200°C, multisegment)
-Spin coater
-Laminar flow cabinet
-Controlled temperature incubators
-Orbital shaker
-Autoclave
-Spectrophotometer
-Fluorescence microscope (Leica DM500)
-Optical microscope (Nikon LV150N)
-Centrifuges
-Hot plates
-Fume hood
-Dry globebox (GS Alpha line)
-High/low frequency ultrasound probe
-High-precision balance
-High-speed homogenizer
-Thermocycler
-Electrophoresis chamber
-Potentiostat (CH Instruments 600E)
-Pull-off adhesion tester
-Box furnace (1200°C, multisegment)
-Spin coater
-Laminar flow cabinet
-Controlled temperature incubators
-Orbital shaker
-Autoclave
-Spectrophotometer
-Fluorescence microscope (Leica DM500)
-Optical microscope (Nikon LV150N)
-Centrifuges
-Hot plates
-Fume hood
-Dry globebox (GS Alpha line)
-High/low frequency ultrasound probe
-High-precision balance
-High-speed homogenizer
-Thermocycler
-Electrophoresis chamber
-Potentiostat (CH Instruments 600E)
-Pull-off adhesion tester
-Universal cutting mill (Fritsch Pulverisette 19)
-Dry film thickness gauge
-Dry film thickness gauge
For atomic-scale microscopy and spectroscopy:
4K / 77K ultrahigh vacuum Scanning Tunneling Microscope (LT-STM) Scienta-Omicron
