We 3D-Printed
Cell Trap Device
Purpose / Use
A 3D-printed cell trap device with 120 μm XY and Z dimensions for the device pillars, designed to capture individual cells or cell pairs.
Designed to precisely capture individual cells or cell pairs for controlled interaction studies. The device features 16 trap channels.
Specifications
| Specification | Value |
|---|---|
|
Minimum channel width |
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Channel depth |
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Device dimensions |
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Layer thickness |
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Print Time |
2.5 hours |
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Post-processing |
Clean with IPA, cast PDMS on the master mold and cure for 90 minutes, then peel the PDMS and plasma bond it to glass. |
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Resin |
Master Mold for PDMS – Rapid HD Resin |
|
Printer |
ProFluidics 285D |
More Applications to Explore
See examples of microfluidic devices printed with our 3D printing system.
How It Was Printed
Learn how this microfluidic device was printed and prepared using our 3D printing system.
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Design B
We 3D-Printed
Cell Trap Device
Purpose / Use
Designed to precisely capture individual cells or cell pairs for controlled interaction studies. The device features 16 trap channels.
A 3D-printed cell trap device with 120 μm XY and Z dimensions for the device pillars, designed to capture individual cells or cell pairs.
Specifications
| Specification | Value |
|---|---|
|
Minimum channel width |
|
|
Channel depth |
|
|
Device dimensions |
|
|
Layer thickness |
|
|
Print Time |
2.5 hours |
|
Post-processing |
Clean with IPA, cast PDMS on the master mold and cure for 90 minutes, then peel the PDMS and plasma bond it to glass. |
|
Resin |
Master Mold for PDMS – Rapid HD Resin |
|
Printer |
ProFluidics 285D |
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Version B
XY | ???µm
Apparatus
This device can be fabricated using this combination.
