The miniaturization of cell-based workflows, such as cell culture, cell-based assay and screening applications require an automation platform with a highly reproducible dispensing of living cells. BioFluidix dispensing technologies ensure high survival rates, normal proliferation behaviour and proper cell differentiation.
Miniaturized cell culture
Increase throughput and create comparable results by standardization in your cell culture.
In vitro cell culture studies help to understand the cellular physiology in an artificial environment. Maintaining cells outside of living tissue require carefully controlled physio-chemical conditions by adding essential nutrients.
BioFluidix dispensing technologies help to miniaturize your experimental setup by adding ultra low-volumes of growth factors and other essential nutrients enabling higher throughput of co-culture experiments in dense plate formats.
3D tissue models
Print droplets containing a low or high number to generate 3D tissue models.
Bioprinted tissue mimics natural environment for applied studies in more controlled conditions. Improve cell survival and print on filament layers or bioinks to investigate cell-cell interactions in diseased tissue or perform screening experiments for drug discovery studies.
Deposit cells in predefined patterns to engineer functional tissue.
Realize tissue-engineered biological structures for human studies or transplantation experiments. The high resolution and printing speed, combined with a high cell viability, allows for printing polymer or cell droplets in any shape.