BFlow | Organ on a chip systems and microfluidic solutions

BFlow, Complete Microfluidic and organ-on-a-chip solutions for:

Pharma & Biotech

Vessel and Organ-on-a-Chip
Preclinical pharmacological assays

Pharma & Biotech

Vessel and Organ-on-a-Chip
Preclinical pharmacological assays

BFlow, your perfect partner:

Complete microfluidics systems

Vessel, Organ-on-a-chip and more:

Personalized design without prototyping

Either you provide the design or we help with it.

Based on the description you provided, our technical team will produce the most appropriate configuration. You just need the idea and we will figure out how to implement it!

Full array of materials

We will help you to choose the most suitable material and technique for your particular application. Do you need a biocompatible material for cellular culture? We have it.

Microchannels in a diameter range of 50 µm to several mm

We can also adapt the roughness of the interior walls upon your needs.

Fully integrable into your lab

We provide with information on how the setup should be configured and if you may need some additional equipment to run your experiments.

Extremely reduced manufacturing time

Avoiding to make a prototype allows us to drastically reduce the production time.

Affordable even for a few units

PRODUCTS

Personalized solutions

Complete advanced support:

Simulation of dynamic conditions with fluid modelling

We also can provide a detailed numerical simulation of the actual flows and internal pressures the device will experience under real functioning circumstances. Once you describe the details of your experimental conditions, we include then in our codes and run the simulation for you. This way you know what to expect even before running your experiments.

Full advice to conduct cellular culture

We have a wide experience with different biocompatible materials and cell lines and models from different tissues/organs. We can help you to perform successful Organ-on-a-chip experiments.

Data analysis support

We can support you in the experimental design, collection of data, predictive models and even bioinformatics analysis associated with your experiments.