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Novel Polymer Solutions to produce highly uniform and superior Spheroids in 3D primary Cell Cultures.


The newly proposed technology is straightforward to use, reliable and reproducible. Multiple consumable coating options are provided, adding specific functions to your surfaces. Chemovator introduces products under the trade name faCellitate. The products comprise BIOFLOAT™ 96-well plates and FLEX coating solutions. Complete product information, application notes, and more are available as a separate e-Book for downloading. The plates are fast to generate and ready to prepare spheroids and organic cultures. In addition, the FLEX coating solution guarantees the creation of surfaces without unspecific protein or cell binding.


Fact Sheet Novel 3D Spheroids
What are they?


Over a long time, cell-based assays are considered in the form of 2D cell culture models. They represent 2D monolayers, primarily cultured in flasks or plates. Typically, one cell type has been selected. However, there was a strong need for a 3D architecture for tissues, cultures, and organs, which led to 3D cell technologies.

New 3D applications came up about going further than in vitro towards to vivo and live animal experiments. New studies were directed to analyze cell interaction in cell co-cultures, cultured precursor cells of self-directed differentiation to predefined cell types.

Spheroids are easy to develop and used as a 3D model to replicate diseases to accelerate drug discovery and understand cancer biology, and more.

Preferred application fields are cancer biology, liver toxicity, and tumor modeling, stem cell research, or immune oncology. Spheroids can be generated by a single or in combination with multiple cell types. As a result, you get disease-specific spheroids, for example, hepatospheres, tumor spheroids, neurospheres, and many others.
Spheroids are developed in a scaffold-free environment placed in suspension without the support of extracellular matrices or other instruments.


Your next Generation of customizable Plates


Next generation BIOFLOAT™ 96-well plates from Chemovator GmbH, Mannheim, Germany, offers unprecedented degrees of freedom to optimize your projects for better drug development and more.

The company is known for specialized polymer solutions and coatings. The objective is to develop, manufacture and offer innovative synthetic cell culture matrices with a high level of biological relevance. The possibilities to improve and enhance the characteristics of surfaces open new windows for 3D cell cultures, drug discovery, toxicology, and stem cell research coated consumables.

Our polymer technology delivers reliable and reproducible experiments, thus improving the security and economy of your projects.

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Novel Polymer and Coating Technologies make your Project a #1


Key feature properties of Polymers delivered by Chemovator - How the faCellitate products work.
With faCellitate polymers, you can easily add functionality of choice to your consumable surfaces.

The polymers remove the disadvantage of the presence of artificial and flat surfaces, not ensuring the natural environment for your cells. The technology allows higher levels of your projects not to be restricted or limited to just simple R&D approaches. Your high-level degree of advanced coating makes the starting surface properties invisible and establishes a predefined perfect natural environment, yielding better analysis and measurement of your experiments.

Customize the full Surface Characteristics in three Ways for Polymers.

  • Anchor Coating
  • Coating Shield
  • Creation Biotags


Fact Sheet Novel 3D Spheroids
What are they?


Over a long time, cell-based assays are considered in the form of 2D cell culture models. They represent 2D monolayers, primarily cultured in flasks or plates. Typically, one cell type has been selected. However, there was a strong need for a 3D architecture for tissues, cultures, and organs, which led to 3D cell technologies.

New 3D applications came up about going further than in vitro towards to vivo and live animal experiments. New studies were directed to analyze cell interaction in cell co-cultures, cultured precursor cells of self-directed differentiation to predefined cell types.

Spheroids are easy to develop and used as a 3D model to replicate diseases to accelerate drug discovery and understand cancer biology, and more.

Preferred application fields are cancer biology, liver toxicity, and tumor modeling, stem cell research, or immune oncology. Spheroids can be generated by a single or in combination with multiple cell types. As a result, you get disease-specific spheroids, for example, hepatospheres, tumor spheroids, neurospheres, and many others.
Spheroids are developed in a scaffold-free environment placed in suspension without the support of extracellular matrices or other instruments.


Your next Generation of customizable Plates


Next generation BIOFLOAT™ 96-well plates from Chemovator GmbH, Mannheim, Germany, offers unprecedented degrees of freedom to optimize your projects for better drug development and more.

The company is known for specialized polymer solutions and coatings. The objective is to develop, manufacture and offer innovative synthetic cell culture matrices with a high level of biological relevance. The possibilities to improve and enhance the characteristics of surfaces open new windows for 3D cell cultures, drug discovery, toxicology, and stem cell research coated consumables.

Our polymer technology delivers reliable and reproducible experiments, thus improving the security and economy of your projects.

Stacks Image 51


Novel Polymer and Coating Technologies make your Project a #1


Key feature properties of Polymers delivered by Chemovator - How the faCellitate products work.
With faCellitate polymers, you can easily add functionality of choice to your consumable surfaces.

The polymers remove the disadvantage of the presence of artificial and flat surfaces, not ensuring the natural environment for your cells. The technology allows higher levels of your projects not to be restricted or limited to just simple R&D approaches. Your high-level degree of advanced coating makes the starting surface properties invisible and establishes a predefined perfect natural environment, yielding better analysis and measurement of your experiments.
Customize the full Surface Characteristics in three Ways for Polymers.

  • Anchor Coating
  • Coating Shield
  • Creation Biotags