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Cell-Free Revolutionized

Image by Diego Gennaro

FEBRUARY 28, 2023

Zymtronix Welcomes Thomas Videbæk to Its Board of Directors!


Zymtronix and Ginkgo Bioworks Announce Partnership

Wheat Field

Visit Us at Upcoming Events

FuzeHub & NYSTAR

New York State Innovation Summit 2023

October 16, 2023 - October 17, 2023

Saratoga Springs, NY


Hilary Mayton, PhD

The Possibilities

Graphic Spiral

Make rare molecules economically accessible

We make multiple enzymes work together to produce target molecules locked by traditional organism constraints. Our technology maximizes substrate conversions and overcomes product concentration limitations and purification costs.

Combine productivity and precision by design to avoid unwanted byproducts and costs. Reduce capital with a much lower equipment footprint. Bypass fermentation limitations and simplify downstream processing with our cell-free technology in combination with reusable enzyme carriers.

Deliver step change 

cost reductions

Develop new

products faster

Accelerate product development from discovery to production by working outside of the cell. Combine pathway design flexibility with end-to-end process development to quickly demonstrate proof of scale. 

It is well known that nature’s catalysts have the power to reduce water usage, energy consumption, waste production, and reduce the use of chemicals. Our technology takes this power to the next level.

Generate significant sustainable outcomes

Unlock Completely New Products with the Most Versatile Cell-Free Platform

Nutrition  |  Cosmetics  |  Agriculture  |  Animal-free products  |  Pharmaceuticals

Flavors and fragrances  |  Anti-microbials  |  The Next Big Thing

How It Works

Robust ceramics

  • Inexpensive

  • Withstands compression

  • Resistant - high pH & temperature

  • Reusable

  • Customizable

Advanced immobilization

  • Enzyme entrapment

  • Enzyme adsorption

  • Enzyme tag attachment

  • Multi-enzyme immobilization

  • Tunable enzyme ratios

The "core" concept

  • Build on a core of enzymes

  • Engineer "core" pathways

  • Create new product families

Explore the Possibilities With Us

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