Cell Image
Play Video

Cell culture monitoring

zenCELL owl

Non-invasive. Automated. Remote.

zenCELL owl for your cell culture monitoring

Analyze up to 24 cell cultures simultaneously to raise validity and reproducibility of your experiments. The zenCELL owl uses 24 independent cameras to automatically acquire brightfield scans and image analysis within 5 minutes. Never miss a data point due to real-time continuous monitoring even over long-term measurement periods up to days. Use this fast and efficient device to reach a higher accuracy with lower effort for your experiments.

Automate your cell culture monitoring

Record up to 24 cell cultures in parallel automatically around the clock and in long-term, if desired. Get a higher accuracy and more data with lower efforts.


Watch your cells remotely

Repeated cell culture visits are time consuming and inefficient. Evaluate the current condition of your cell cultures online from outside the lab in your preferred frequency. React and intervene quickly, if necessary.

zenCELL owl user views his cell culture monitoring remotely from home

Ensure stable quality

A consistent cell culture quality requires defined and stable conditions. zenCELL owl allows to keep cell cultures in the incubator preventing fluctuations of conditions (e.g. temperature, CO₂-supply and humidity) and lowering contamination risk. Defined culture conditions such as hypoxia can be applied!

Perfect start of analysis with perfect cells

The perfect cell confluence is a critical factor for successful and reproducible cell experiments. Automatic calculation of cell confluence enables to get more objective and significant information about the confluence status. You can determine the perfect starting point for your experiments without subjective interpretation.

High cell count

Cell coverage graph of a well after 24 hours
After 24 hours
Monitoring the proliferation of the cell culture
Proliferation phase of cell culture.
Cell coverage graph of a well after 36 hours
After 36 hours
Monitoring of cell cultures with higher cell numbers up to a confluence of 70%.
Culture with higher cell count reaches confluence of 70 %.
Cell coverage graph of a well after 90 hours
After 90 hours
Culture with higher cell count has already reached plateau phase. Monitored with cell culture monitoring
Culture with higher cell count has already reached plateau phase.
Cell coverage graph of a well after 120 hours
After 120 hours
Culture with higher cell count has already reached plateau phase. Monitored with cell culture monitoring
Culture with higher cell count shows confluence of 100%.

Low cell count

Cell coverage graph of a well after 24 hours cell culture monitoring
After 24 hours
Proliferation phase of cell culture
Proliferation phase of cell culture.
Cell coverage graph of a well after 36 hours cell culture monitoring
After 36 hours
Culture with lower count shows confluence of 20%
Culture with lower count shows confluence of 20%.
Cell coverage graph of a well after 90 hours cell culture monitoring
After 90 hours
Culture with lower cell count reaches confluence of 70%
Culture with lower cell count reaches confluence of 70%.
Cell coverage graph of a well after 120 hours
After 120 hours
Culture with lower cell count reaches confluence of 100%
Culture with lower cell count reaches confluence of 100%.

New insights in your cells‘ behavior

A higher number of analyzed measurement points allow more precise conclusions about cell cultures.

Analyze dynamic chances and developments of your cell culture retrospectively and in detail. Don´t miss any change in cell morphology by zooming down to single cell level and visualizing a cell while it’s dividing, moving or dying. Analyze the development of the confluence of cell cultures or number of colonies and compare different wells with each other. Use time lapse videos for your documentation.

Culture with higher cell count has already reached plateau phase. Monitored with cell culture monitoring
Play Video

Cell culture monitoring – Application Note

innoME GmbH
In der Tütenbeke 36
32339 Espelkamp
Tel.: +49 (89) 215 377 00
E-Mail: info@zencellowl.com

Handelsregister: Amtsgericht Bad Oeynhausen, HRB 14557
UST.ID-Nr. DE300923829
WEEE-Reg.-Nr. DE 43441295
Geschäftsführer: Martin Quarder, Klaus Bönning
Verantwortlich für den Inhalt: InnoME GmbH /alle Rechte vorbehalten

Illustration of how we connect customers, lab and our support with our remote demo

Get your free remote live demo

straight from THE lab

We offer fully remote online demos of zenCELL owl inside an incubator twice a week.
Cookie Consent Banner by Real Cookie Banner