Clear Microfluidic Devices

PHOTOPOLYMER RESIN

THE CAPABILITIES ARE UNIQUELY ENABLED BY THE PROFLUIDICS 285D AND ARE FULLY COMPATIBLE ONLY WITH THIS SYSTEM.

4 Simple Steps to Create Monolithic Devices at Benchside

STEP 01 | CAD
Create your clear monolithic devices using CAD software

STEP 02 | 3D PRINT
Print the clear monolithic devices using our exclusive 3D materials and 3D printer

STEP 03 | CLEAN
Quick cleaning and curing the devices

STEP 04 | READY TO USE
Test & use your clear monolithic devices for your research

Print 80µm Encapsulated Channels
The Clear Microfluidic Resin was formulated to have a low viscosity and allow for the easy drainage of enclosed channels during printing and cleaning. This enables precise and high resolution printing of micro-sized features.
Optical Transparency
Printed devices do not need any additionally processes to achieve optical transparency. Sanding, polishing or coatings are not necessary.
Inert Under Fluorescent Light
Devices are inert under fluorescent light, making it viable for dominant analysis techniques using fluorescent markers. The transparency of the device allows for easy evaluations.
1-Day Workflow Easy Fabrication
A standard clear microfluidic device can be printed in 1-3 hours (size dependent). Post-print processing is as simple as cleaning the part in isopropyl alcohol and curing under a UV light. After which, the device is ready to use and test.

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3D printed epifluidic devices called the Sweatainer. Developed by the Ray Research Group.
RESEARCH HIGHLIGHT

3D printing with clear microfluidic resin enables epifluidic devices for skin-mounted sweat capture.

At the University of Hawai’i at Mānoa, the Tyler Ray team is pioneering a new class of epidermal microfluidic devices—called “sweatainers”—using the CADworks3D Pr110-385 printer and Clear Microfluidic Resin. This breakthrough represents a significant advancement in on-skin sweat collection and analysis.

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The capabilities of Cyto-Clear are uniquely enabled by the ProFluidics 285d and are fully compatible only with this system.

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RESEARCH ARTICLES

Peruse a collection of peer-reviewed articles from users of our 3D printing solution

RESEARCH HIGHLIGHTS

Read condensed summaries highlighting how users utilize our 3D printer and materials