Nano Lab at Tufts University is located at the Advanced Technology Lab facility at 200 Boston Avenue, Medford, MA. The lab occupies more than 2000 sq. ft of lab space equipped with state of the art instrumentation for design, test and characterization. We have dedicated chemical hoods and biological safety hoods, optical benches and other needed facilities.
The lab equipment are listed in three categories: (1) Micro and Nano Fabrication (2) Electronics/Optics/THz Characterization and (3) Materials Characterization
Collaborations with academia, government and industry is welcome! Just contact us!
1. Micro and Nano-fabrication:
2. Electronics/Optics/THz Design Characterization
3. Materials Characterization:
The lab equipment are listed in three categories: (1) Micro and Nano Fabrication (2) Electronics/Optics/THz Characterization and (3) Materials Characterization
Collaborations with academia, government and industry is welcome! Just contact us!
1. Micro and Nano-fabrication:
- Savannah Atomic Layer Deposition (ALD)
- FormLabs 3D printer
- Electrospinning equipment
- INKREDIBLE 3D Bioprinter
- Sonoplot microplotter
- Nanoscribe Photonics Professional 3D Lithography
- NIL Technology Nanoimprint Lithography
- Xenon Corp IPL Sintering X-1100
- Laser Cutter
- Wax Printer
- LPKF PCB Printer
- Furnaces, Ovens
- Microfluidics - pumps, valves, controllers from Fluigent
- Gas Dilution and Delivery System
- Custom Liquid Dilution and Delivery System
- Hotplates, Vaccum dessicators
- AutoLab and CH Instruments Potentiostats
- Nitrogen, compressed dry air and vacuum plumbing
- Several Chemical Fume Hoods
- Storage refrigerator
- Cell Culture Hood
- Numerous microscopes, Spectrometers, Spectrophotometers
- Access to Tufts Tissue Engineering Resource Center
- Access to Tufts Micro and Nanofabrication facility
- Access to Harvard Center for Nanoscale System
2. Electronics/Optics/THz Design Characterization
- N5227A and N52250CX10 67GHz and 110-GHz PNA-X Network Analyzer
- Custom-built quasi-optical 220-325GHz Scalar Network Analyzer for T/R measurement
- Optical Benches, breadboard, posts, mounting bases, and lens mounts
- Thorlabs XYZ translation stage, and linear translation stages
- Far-infrared beamsplitters, ZnSe lenses, and detectors
- Agilent 8510C Vector Network Analyzer 40-GHz
- SemiProbe Microwave Probe Station
- NT5260AW03 220-325 GHz OML Extenstion Modules for Network Analyzer
- Anritsu MP1800A 12.5Gb/s Signal Quality Analyzer
- Agilent E4408B Spectrum Analyzer
- Agilent High Bandwidth Mixed-Signal Oscilloscopes 54855A DSO
- Agilent High Speed Logic Analyzers 16702B
- Agilent Arbitrary Function Generators 8648B
- Keithley Source Meters 2400 and 2630
- Keithley Current Source and Nano-voltmeter 2210 and 2220
- Agilent 35670A Dynamic Signal Analyzer
- SRS Lock-in Amplifier
- SRS Potentiostat
- RF Cascade Probe station for die level testing
- Signatone Probe Station for sensor and die level testing
- Signatone and Cascade RF and DC probes
- Agilent/Keysight Precision power supplies
- Agilent/Keysight Precision digital multimeters
3. Materials Characterization:
- Thermo Scientific DXR Raman microscope
- Thermo Scientific UV-Vis Spectrometer
- Nanosurf Flex-Axiom Atomic Force Microscope with FluidFM
- Leica fluorescence microscope with DIC
- Phaseview ZeeScan 3D imaging camera
- 3D profiling microscope
- Thermo Scientific 6700 FTIR Spectrometer with far-infrared extension module and polarization measurement module
- Agilent PNA-X 110GHz and 220-325GHz based quasi-optical material measurement platform
- Access to Tufts Micro and Nanofabrication facility
- Access to Harvard Center for Nanoscale System