Protocols/Template: Difference between revisions
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==Overview== | ==Overview== | ||
Use a mechanical hot press to create the base to which a microfluidic chip with channels can be bonded. | |||
==Materials== | ==Materials== | ||
* | *Mechanical Hot Press | ||
* | *Zeonex beads | ||
* | *2 Removable nickel plates | ||
==Procedure== | ==Procedure== | ||
# | #Set the temperature of platen 1 and 2 of the Hot Press to be around 330°F. | ||
#Center a circular arrangement of Zeonex beads on one of the nickel plates. | |||
#Place the nickel plate onto the bottom Platen of the Hot Press, and carefully place the other nickel plate on top without disrupting the arrangement of Zeonex beads. | |||
# | #Pump the hydralic pressure handle until the platens touch and the pressure reading remains 0, and then wait 1 minute. This time allows the plastic to begin to warm and melt. | ||
#Pump the hydralic handle until it reads 1000 psi. | |||
# | #Hot press for 5 minutes. | ||
#Remove and let cool. | |||
# | |||
# | |||
# | |||
# | |||
Revision as of 12:47, 2 November 2007
Overview
Use a mechanical hot press to create the base to which a microfluidic chip with channels can be bonded.
Materials
- Mechanical Hot Press
- Zeonex beads
- 2 Removable nickel plates
Procedure
- Set the temperature of platen 1 and 2 of the Hot Press to be around 330°F.
- Center a circular arrangement of Zeonex beads on one of the nickel plates.
- Place the nickel plate onto the bottom Platen of the Hot Press, and carefully place the other nickel plate on top without disrupting the arrangement of Zeonex beads.
- Pump the hydralic pressure handle until the platens touch and the pressure reading remains 0, and then wait 1 minute. This time allows the plastic to begin to warm and melt.
- Pump the hydralic handle until it reads 1000 psi.
- Hot press for 5 minutes.
- Remove and let cool.