Applications
How could the OS-1 impact my microfluidic research?
OS-1: Your Devices at a New Scale
OS-1: Your Devices at a New Scale
Lab on a Chip
Print life-changing technologies at a fraction of the size and time.
Logic Control
Recreate digital logic using fluidics and pneumatics with accuracy like never before.
Serial Dilutors
Mix and separate liquids and gases with more mixers and diluters within the same build area.
Tiny Temples
For Brigham Young University’s 150 anniversary, Dr. Greg Nordin and student Callum Galloway worked to 3D print 150 tiny temples of The Church of Jesus Christ of Latter-day Saints using BYU microfluidic technology on one glass slide.
The same technology on display powers the OS-1.
The OS-1 is one of a kind.
Build an OS-1 for your team using our free, open-source schematics and training resources.
~10 µmlayers
~18 µmchannels
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%.
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Provo, UT 84602, USA
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