ibidi MOVIE

Watch our movie Long-Term Cell Culture Under Perfusion (MV 21) to get more information on applications and handling.
ibidi TIP
Contact ibidi for a free demo of the ibidi Pump System.

ibidi WEBINAR
Listen to ibidi’s recorded webinar "Cell Cultivation under Flow".
PRACTICAL COURSE
Register for a 2 day Laboratory Course at ibidi Munich / Germany: Cell Cultivation under Perfusion and Live Cell Imaging.
ibidi FAQs
Find answers to frequently asked questions on cell culture under flow.
How to Identify the Ideal Pump for Your Experiment
Depending on experimental requirements, different pump solutions can be used, as outlined in the table below:
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|
|
|
| Peristaltic Pump | ||
Pulsation | Almost none | Pulsation via drive shaft | Almost none |
Circulating flow | Possible, but only with push-and-pull pumps | Unlimited | Unlimited |
Unidirectional flow | Possible, but volume is limited | Possible, but volume is limited | Possible |
Pulsatile flow for simulating heart beats | Not possible | Not possible | Included in software |
Oscillating flow for simulating turbulences | Not possible | Not possible | Included in software |
Mechanical stress during pumping on non-attached cells held in a reservoir | Almost none, but sedimentation can be a problem | Strong | Almost none |
Combination with microscopy | Excellent | Difficult due to pulsation | Excellent |
Flow velocity | Volume is limited | Unlimited | Unlimited |
Parallelization | Possible | Possible | Possible |
Ease of set up within an incubator | Difficult | Difficult | Easy |
Required volume | Limiting factor | Small | Small |
Programmable | Yes | Yes | Yes |
If you have further questions, please contact ibidi for a personal consultation.



