Real-time
Stomata
Imaging
We help you understand stomatal function.
We help you develop more resistant crops.
We help you improve crop yields.
Studying plant leaf stomata provides key insights into climate adaptation, powering both research and industry solutions for water efficiency and crop resilience.
Factors Influencing Opening
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High relative humidity
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High light
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Blue light
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Low CO2
Factors Influencing Closing
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Low relative humidity
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Darkness
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ABA
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High CO2
Why studying stomata?
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Redefining Stomata Imaging
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Destructive and invasive methods (e.g., leaf imprinting, staining).
Traditionnal manual methods are
tedious and prone to human error
Lack of precision and reproducibility
In large-scale studies (e.g., breeding programs, GWAS), stomatal phenotyping remains one of the most time-consuming and costly steps
Recent automatic tools using CNNs are not always user-friendly or publicly accessible.
Poor generalization across species or image types due to morphological variability of epidermal cells
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5 minutes from scratch to stomata imaging.
STOMmini
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A proven portfolio of >30 species.
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x200 optical zoom
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Large FoV (Field of View)
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200 leaves imaged per hour.
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Up to 1000 stomata per image.
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PHENOM
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x20 optical zoom
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Up to 20 stomata per image.
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Up to 96 hours imaging.
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20 minutes from scratch to real-life stomata imaging.
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A proven portfolio of >5 species.
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Exploring Stomata One Step At A Time!
STOMmini
STOMpro
PHENOM
(coming soon...)
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Real-time stomata analysis
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Non-destructive analysis
Adapted to various crops
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Large palette of computed traits
The Stomata Tour
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A sneak peek of the incredible natural diversity in
stomatal density, color, and organization captured using STOMmini.
