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Nanoscribe Microfluidic Devices at SNF
Project Type:
nano@stanford Fellowship
Date:
August 2019
Areas of Interest:
Microfluidics, PDMS
Function and Method:
Optical Photolithography
Researchers and (Mentors):
Lucas Blauch (Swaroop Kommera)
List of Important Equipment:
Nanoscribe Photonics GT (nanoscribe)
Notes:
PDF File:
Nanoscribe Microfluidic Devices at SNF Protocol
This should be displaying the file at https://snfexfab.stanford.edu/sites/g/files/sbiybj8726/f/sections/diplayfiles/nanoscribe_microfluidic_devices_at_snf_-_protocol.pdf inline. If it's not, look to see if your browser is set to automatically download pdf filess
PDF File:
PDMS Microfluidic Devices at SNF Protocol
This should be displaying the file at https://snfexfab.stanford.edu/sites/g/files/sbiybj8726/f/sections/diplayfiles/pdms_microfluidic_devices_at_snf_protocol_0.pdf inline. If it's not, look to see if your browser is set to automatically download pdf filess
PDF File:
Smoothcast protocol
This should be displaying the file at https://snfexfab.stanford.edu/sites/g/files/sbiybj8726/f/sections/diplayfiles/smoothcast_protocol.pdf inline. If it's not, look to see if your browser is set to automatically download pdf filess
PDF File:
NOA Microfluidic Device Protocol
This should be displaying the file at https://snfexfab.stanford.edu/sites/g/files/sbiybj8726/f/sections/diplayfiles/noa_microfluidic_device_protocol.pdf inline. If it's not, look to see if your browser is set to automatically download pdf filess
Additional supporting videos can be found online in the links below:
Running the Nanoscribe
Nanoscribe - working with the objective
Materials
NOA
PDMS (dimethylpolysiloxane)
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