Software Suite

Introducing PyMFCAD and our custom .STL Slicer,
the user-friendly microfluidic design tools to replace them all.

Say hello to Python Microfluidic Computer-Aided Design

Say hello to Python Microfluidic Computer-Aided Design

#1

Install PyMFCAD

pip install pymfcad

#2

Design your chip

Walkthroughs of how to get started are intuitive and user-friendly.

#3

Slice, Print, Validate

Export and upload your files to the OS-1 and let it handle the rest.

Software designed by researchers, for researchers.

Software Designed By Researchers, For Researchers

Design microfluidic devices with our free, visual, and user-friendly interface.

No more drowning in OpenSCAD and Fusion.

Get devices prepped for the printer in minutes.

Fully customizable slicing and less hassle than ever before.

The OS-1 is one of a kind.

Build an OS-1 for your team using our free, open-source schematics and training resources.

~7.6 µmpixels

~10 µmlayers

~18 µmchannels

GN
Dr. Greg Nordin
Professor
BYU Microfluidics Lab

OS-1 | BYU Microfluidics

The world’s leading open-source microfluidic 3D printer, with 7.6µm resolution, tuned LED spectral output, auto-focus, and irradiance non-uniformity correction to 0.2%.

Contact Us

BYU Microfluidics Lab

Dr. Greg Nordin, PhD

nordin@byu.edu

Provo, UT 84602, USA
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