Scaffolding & Microcarriers
Edible, plant-based, 100% ACF, and fully-customizable 3D structures for your products!
We manufacture edible, plant-based, 100% ACF, and fully-customizable 3D structures for your products that provide a comprehensive solution for building biomass, generating structure, adding and supporting differentiation, adding nutrients, and controlling cell growth through time-triggered growth factor release.
Unlike our competitors, we exclusively use 100% ACF and food-safe ingredients in our microcarriers and scaffolds.
Curious about how to work with us?
Check out our FAQ page for more information on how to contact us, send us an email or use our contact form on our home page.
C2C12 cells on M.F.T. Microbeads after 4 hrs of incubation.
Microcarriers
Microcarriers are used to give adhesive cells increased growing area while in suspension. This allows you to enhance the density of cells within a bioreactor, growing biomass easily and efficiently without relying on ACF components.
C2C12 cells on M.F.T. scaffolds after 4 days of culture.
Scaffolds
Scaffolds give a meat-like 3D structure and provide a framework for differentiation. We make both plant-based and synthetic scaffolds for different applications within the plant-based, cultivated meat and cultivated dairy spaces.
Our scaffolds and coatings are 100% ACF and highly customizable to mimic muscle structure.
This creates meat texture, supports differentiation, and provides mechanical and chemical cues to control cell behavior.
Our plant-based scaffolds for meat scaffolds are:
- Edible and food-safe
- Designed with a controlled structure and texture (aligned or random fibers; stiffness) to accommodate cell adhesion and mimic meat texture
- Designed for a customizable nutrient profile
- Adaptable for use in downstream processes
- Customizable via surface modifications and bioactive molecules to support cell adhesion and differentiation
- Designed with nanofibers (700 nm-15 um)
- Designed with microfibers (100 and up)
Our synthetic scaffolds for milk companies:
- Supports cell attachment for diverse cell lines
- Can be customized for time-triggered release for bioactive molecules to the dermal surface of the cells
- Has controlled 3D structure (aligned or randomized fiber orientation)
- Can be customized for mechanical properties (stiffness modulus)