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AERO-YIELD

Breathable Innovation for Biotech

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Unlock higher yields and better bioprocess insights with

the next-generation shake flasks & T-Flasks

Aero-Yield Shake Flask is launching with 500 mL (Note: Due to superior gas exchange, a 500 mL flask can potentially replace your current 1 L flask)

+40% Biomass

+115% Protein Yield

Compatible with Sensors

Reusable & Autoclavable

What We Offer

Aero-Yield is a disruptive innovation that is transforming bioprocess development with a patented breathable flask that improves oxygen transfer and cell growth — without altering your workflow. Designed by researchers, trusted by labs, and ready for scale-up.

Transparant AYS in lab2.png

Why Choose Aero-Yield Flasks

Breathable
Walls

​Unlike traditional flasks, Aero-Yield’s breathable walls allow direct Oâ‚‚ in and COâ‚‚ out—fueling efficient gas exchange where it matters most.

More Cells
More Product

Greater cell density means more biomass and higher product yield—unlocking your bioprocessing potential.

Improved
Cell Growth

Enhanced oxygenation and reduced COâ‚‚ buildup create optimal conditions for healthier, faster-growing cells.

Lower Cost 
Fewer Batches

Higher output per flask reduces the number of runs and cuts production costs, making every batch more efficient.

We Use Top Quality Materials

Medical grade silicone used in Aero-yield breathable shake flasks
Aero-yield breathable shake flask - silicone walls

Medical Grade

Aero-yield breathable shake flasks are autoclavable to reuse for multiple cell cultures
Aero-yield breathable shake flask - silicone walls and polycarbonate support

Sterlizable

Funded by

Logo of DARPA (Defense Advanced Research Projects Agency)- supported Aero-yield breathable shake flask development
Logo of University of Maryland Baltimore County
Logo of TEDCO - one of the funding agency for development of Aero-Yield Breathable Shake flasks
Logo of Maryland Innovation Initiative- Logo of TEDCO - one of the funding agency supporting Aero-Yield Shake flasks
Logo of Center for advanced sensor technology, University of Maryland Baltimore County where Aero-Yield technology started
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