modular microfluidic system using magnets and casted O-ring-like structures.

Cellix's microfluidic hydrodynamic focusing set-up is a cost-effective solution for hydrodynamic focusing.

Precision pressure pump for a variety of microfluidic applications, where accurate and stable flow rate delivery is required

Precision pressure pump for a variety of microfluidic applications, where accurate and stable flow rate delivery is required

branching microchannels for dual flow / dual injection of samples | Compatible with fluorescent microscopy | cell suspension & drug compound

Microfluidic pump designed to aid cell culture (e.g. endothelial cells) under flow in various biochips and flow chambers

Microfluidic pump | Independent flow control | 4 channel pump | Droplet Generation | Hydrodynamic flow focusing | Organ-on-chip

Current Challenges in Drug Discovery | Organs-on-a chip as More Accurate Models | Organ-on-a-Chip Platforms in Drug Development

How to handle the Flow Sensor | cleaning procedure for the Flow Sensor | Multiple Liquids | Water | Oils | Paints or Glues |

Organs on chips driving human research | OOCs improve disease treatment | Better understanding of disease physiology | Applications of OOC

precision medicine | Organs-on-chip for personalized drug development | OOC applications |

Can Organs-on-a-chip Replace Animal Testing | Organ-on-a-chip Technology | Replacing Animal Testing | Animal Testing Alternatives

KAUST researchers used Cellix's ExiGo syringe pump to print ultrashort peptide bioinks that could hold their shape and stimulate cell growth

*20% off all microfluidic pumps and chips. Limited time only - sale ends 28th February 2021. This offer cannot be used in conjuntion with an

Organ-on-chip (OOC) or organ-on-a-chip (OOAC) is a much-hyped field of research. Here we address some common technical challenges for set-up