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Technology

Use the innovative faCellitate polymer solutions to customize your cell culture.
Our unique polymer coatings generate a fully synthetic, biologically relevant cell culture matrix for
3D cell culture, drug discovery, toxicology and stem cell research.

anchor

The polymeric coating easily modifies plastic and glass surfaces without any chemical reactions. The coating contains molecules that rapidly anchor themselves to surfaces through strong physical interactions and self-assembly.

shield

The inert layer prevents the non-specific interaction of proteins and cells at the surface of the substrate. The surface repels biomolecules creating an ultra-low attachment surface – an ideal interface for noise-free biological and biochemical assays.

biotags

Choose any biomolecule to engineer your surface. Our expertise in bioconjugation makes it possible to tailor the presentation and density of ligands and biochemical signals.

Why choose faCellitate coatings?

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EASY
usage

FAST
procedure

ROBUST
coatings

DEFINED
chemistry

ADAPTABLE
to any geometry

BIOFLOAT™ surfaces support reproducible
spheroid and organoid culture

RAPID SPHEROID FORMATION

Shorten your experimental timelines. Single spheroids form faster on BIOFLOAT™ surfaces than on most other low attachment or cell-repellent surfaces.

Single spheroids formation with BIOFLOAT products
Circular spheroid formation with BIOFLOAT products

ROUND AND UNIFORM

The 3D cell culture and maintenance on the BIOFLOAT™ surfaces result in highly uniform spheroids and perfect data consistency. Cell satellites and irregular aggregations are eliminated.

RELIABLE SPHEROID CULTURE

The reliable quality of the BIOFLOAT™ surface makes it a premium product for spheroid and organoid culture, including cells which fail to generate spheroids on existing products.

TUNING THE SPHEROID SIZE

The size of the spheroids can be tuned by the number of cells seeded per well.

BIOFLOAT coated plates

Applications are only limited by
your scientific imagination.

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screen compounds in 3D cell culture systems
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mimic extracellular environments for stem cells
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establish novel and challenging cell cultures
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perform noise-free biochemical assays
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solve your biointerface challenges