NanoPortAssemblies
XX
For lab-on-a-chip applications
XX
Options to connect 360µm,MicroTight
®
tubing sleeves,
1/32”ODor 1/16”OD tubing
XX
Wettedmaterials: PEEK andperfluoroelastomer
Upchurch Scientific
®
NanoPort Assemblies provide consistent fluid
connections for chip-based analyses. Once attached, NanoPort
connectionscanwithstandpressures to1,000psi (69bar).*NanoPorts
will adhere to silicon, quartz, glass and somepolymers.
All NanoPort components aremade of inert, biocompatible PEEK
polymer (nutsandports)andPerlast
®
perfluoroelastomer (ferrulesand
gaskets).Theseproductsbondeasilytochipsurfaceswiththeprovided
PreformedAdhesiveRings (seeApplicationNotebelow).Theirunique
design alsoprevents adhesive contaminationof the fluidpath. And
NanoPort connections add no additional volume to the fluidpath,
virtually eliminatingdead volume traditionally associatedwith chip-
basedfluidconnections.
Our NanoPort Reservoir Assembly is designed for open well
applications, suchasCE.
*Except theN-333NanoPortAssembly,which is rated to500psi (34bar).
6-32Flat-Bottom
Assemblies
6-32ConedAssemblies
10-32ConedAssembly
ReservoirAssembly
APPLICATIONNOTE
NanoPortAdhesiveCureRequirements
XX
PreformedAdhesiveRings (includedwitheachorder).
CureTemperature
CureTime
165–177 ºC (330–350 ºF)
1hour
XX
Place clampedPorts inoven at a temperatureof 165–177 ºC
(330–350 ºF) for onehour todevelop a completebondbetween
thePort and the substrate.
XX
Due todifferences in thermal expansion rates, IDEXHealth&Science
doesnot recommend theuseof thePreformedAdhesiveRings
whenconnectingNanoPorts tometal substrates. For informationon
this, for information regarding theadherenceofNanoPorts toother
polymer substrates, or for informationonother adhesiveoptions,
pleasecontactusor your authorizedDistributordirectly.
NanoPort ReservoirApplications
XX
Sample reservoir.
XX
Openwells for capillary electrophoresis.
XX
Syringe injectionor flushing/priming, usingour P-604 Luer
Adapter, page55, and luer syringe (such as our B-310) onpage55.
PartNo.
Nut
Ferrule
ForChipHole (dia. xdepth)
For TubingOD
Qty.
NANOPORTASSEMBLIES
6-32Flat-BottomNanoPort Assemblies
N-121S
F-123S
N-123-04
0.04”x0.04” (1.0mmx1.0mm)
360µm
ea.
N-123H
F-123H
N-123-03
0.04” (1.0mm) dia. or less
360µm
ea.
N-123S
F-123S
N-123-03
0.04” (1.0mm) dia. or less
360µm
ea.
6-32ConedNanoPort Assemblies
N-124S
F-124S
None
Up to0.063” (1.6mm)
360µm
ea.
N-125S
F-125
None
Up to0.063” (1.6mm)
70–520µm
1
ea.
N-126H
F-126H
None
Up to0.063” (1.6mm)
1/32”
ea.
N-126S
F-126S
None
Up to0.063” (1.6mm)
1/32”
ea.
10-32ConedNanoPort Assembly
N-333
F-333N
F-142N
Up to0.063” (1.6mm)
1/16”
ea.
NanoPort Reservoir Assembly
N-131
80µLReservoirwith Insert
ea.
1
Designed touseourMicroTight
®
TubingSleeves (page19) toconnect tubingOD sizes from70–520µm.
See followingpage for replacement parts
Tubing
(not included)
6-32FB
2-Piece Fitting
Ferrule
6-32FB
NanoPort
Gasket
0.25”
(6.4mm)
0.28”
(7.1mm)
0.33”
(8.4mm)
Tubing
(not included)
6-32Coned
1-Piece Fitting
0.33”
(8.4mm)
0.25”
(6.4mm)
0.38”
(9.7mm)
6-32Coned
NanoPorts
Gasket
Tubing
(not included)
10-32FB
2-Piece Fitting
0.25”
(6.4mm)
0.33”
(8.4mm)
0.38”
(9.7mm)
10-32Coned
NanoPort
Gasket
0.37”
(9.5mm)
10-32/1/4-28
Insert
0.30”
(7.6mm)
Gasket
0.33”
(8.4mm)
0.38”
(9.7mm)
1/4-28FB
NanoPort
0.20”
(5.1mm)
CONNECTORS
53
NanoPort
™
Assemblies
