While fermentation has worked for centuries, it has limitations. Cell-free reactors allows us to manufacture ingredients the cell cannot. We remove problems of toxicity, complexity, solubility, and titer to unlock latent markets.
The factory of the future contains plug-and-play reactors to create high value ingredients for a vast number of markets.
Unlike chemical manufacturing, biomanufacturing uses cells and proteins, the natural building blocks of plants, to produce biological molecules and materials on a commercial scale. We have evolved biomanufacturing to be cell-free, leveraging natural enzymes to make valuable materials.
Our technology condenses 600,000L fermenters into fully automated and controlled 50L continuous reactors.
Unlike chemical manufacturing, biomanufacturing uses cells and proteins, the natural building blocks of plants, to produce biological molecules and materials on a commercial scale. We have evolved biomanufacturing to be cell-free, leveraging natural enzymes to make valuable materials.
While fermentation has worked for centuries, it has limitations. Cell-free reactors allows us to manufacture ingredients the cell cannot. We remove problems of toxicity, complexity, solubility, and titer to unlock latent markets.
Our technology condenses 600,000L fermenters into fully automated and controlled 50L continuous reactors.
The factory of the future contains plug-and-play reactors to create high value ingredients for a vast number of markets.