We 3D-Printed
18-Well Cell Culture Plate
How We Printed This Device
With just 3 steps, we 3D-printed this 18-well cell culture plate in-house from its CAD design using the ProFluidics 285D 3D printer and Cyto-Clear photopolymer, a material developed for transparent microfluidic applications.
1. Pour the Material
We poured the Cyto-Clear photopolymer into the ProFluidics 285D’s resin vat to prepare for printing.
2. Print the Device
Using the plate’s CAD model, we printed the design on the ProFluidics 285D.
3. Clean the Printed Device
We cleaned the printed plate with isopropyl alcohol (IPA) to remove uncured resin. We then checked the wells and openings to make sure no resin was left behind.
After cleaning, we post-cured the plate for 1 hour to complete the printing process.
See how our simple 3-step microfluidic 3D printing workflow makes in-house device fabrication more accessible.
Specifications
| Specification | Value |
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Minimum feature size |
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Device dimensions |
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Print Time |
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Post-processing |
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Resin |
Cyto-Clear Photopolymer Resin |
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Printer |
ProFluidics 285D |
Printer & Resin Used for This Device
Printed with the ProFluidics 285D and a specialized material, this device shows how researchers can design, print, and customize microfluidic devices with fine features.
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How It Was Printed
Learn how this microfluidic device was printed and prepared using our 3D printing system.
Apparatus
This device can be fabricated using the following printer and material combination.
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Design B
We 3D-Printed
18-Well Cell Culture Plate
Purpose / Use
Specifications
| Specification | Value |
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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 |
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Post-processing |
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Resin |
Cyto-Clear Photopolymer Resin |
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Printer |
ProFluidics 285D |
No Javascript Version
No Javascript Vesion
Version B
XY | ???µm
Apparatus
This device can be fabricated using this combination.
