DISCOVER OUR PRODUCT SOLUTIONS FOR CELL CULTURE

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BIOFLOAT™ plates are recommended as top performers for spheroid formation in the Biotechnology Journal

“The choice of ultra low attachment plates impacts primary human and primary canine hepatocyte spheroid formation, phenotypes and function” conducted at the Karolinska Insitutet by the group of Prof. Dr. Volker M. Lauschke

BIOFLOAT™ plates allow for the expeditious and reproducible formation of spheroids from human primary hepatocytes. Spheroids formed have unique properties in terms of uniformity, vitality and excellent reproducibility of key cellular properties.

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BIOFLOAT™ Cell Culture Plates: Performance and Reliability

What Makes BIOFLOAT™ Cell Culture Technology Unique?

With the innovative BIOFLOAT™ technology, customized cell culture has never been easier.
Our unique polymer coatings create a fully synthetic, biologically relevant cell culture matrix for
3D cell culturedrug discoverytoxicology and stem cell research.

BIOFLOAT™ Cell Culture Plates: ANCHOR

anchor
The polymeric coating easily modifies your surface without any chemical reactions.

BIOFLOAT™ Cell Culture Plates: SHIELD

shield
The inert layer prevents non-specific interactions of proteins and cells with the surface to enable 3D cell culture.

BIOFLOAT™ Cell Culture Plates: BIOTAGS

biotags
Choose any biomolecule to engineer your surface and make it cell-adhesive.

BIOFLOAT™ Cell Culture Plates

Our top performers BIOFLOAT™ Cell Culture Plates product line are 
now in stock and ready for immediate shipping!

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Advancing Cell Culture with Reliable Surface Technology

At faCellitate, we develop synthetic cell culture surface technologies designed to make advanced in vitro models more reliable, reproducible, and easy to use. Our solutions support researchers working with 3D cell culture, spheroids, organoids, stem cells, and other complex cell-based applications.

With BIOFLOAT™ plates, we provide ready-to-use ultra-low attachment surfaces for consistent spheroid and organoid formation. BIOINSTRUCT™ surfaces are designed to support defined and animal-free stem cell culture workflows.

Our goal is to simplify cell culture preparation, reduce variability, and help scientists generate more reliable results across research, drug discovery, toxicology, and biomedical applications.