Organ-on-Chip

UniGo Microfluidic Pump: Accurate and Pulse-Free Flow for Microfluidic Applications

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

VenaDeltaY Biochips: for dual flow / dual injection of samples

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

Getting started with Cellix's Kima Pump

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

All you need to know about your 4U Pump

How do organs-on-a-chip allow more predictive drug discovery?

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

How to maintain Cellix's microfluidic Flow Sensor

Organs-on-a-chip: a path towards new treatment modalities

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

Leveraging Precision Medicine with Organs on Chip

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

Can Organs-on-a-chip Replace Animal Testing?

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

ExiGo syringe pump enhances 3D bioprinting for tissue regeneration and bone formation.

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

Sale Now On!

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

Practical Solutions for Organ-on-Chip Experimental Set-ups

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