Plant phenotyping, rethought

See plant responses as they happen.

High-throughput gas-exchange systems for whole plants and leaves. Measure photosynthesis, transpiration and stomatal conductance across up to eight samples in parallel—in the laboratory or in the field.

Jyrkki gas-exchange system measuring plants in parallel
Parallel measurementComparable data across multiple samples

Research-grade measurements, designed around real experiments.

Up to 8samples measured in parallel
65+peer-reviewed studies
Lab + fieldsystems for different workflows
Why Plant Invent

More plants. Better comparisons.

Plant responses change minute by minute. Our systems let researchers follow those changes across several plants or leaves at once—without destructive sampling and without losing the environmental context of the experiment.

Find the system for your research
Inside Plant Invent

Take a closer look.

Watch our video for a glimpse into Plant Invent.

Our systems

Choose by plant and setting.

From compact laboratory plants to larger crops and field-grown leaves, each system is designed for a distinct research workflow.

Small Arabidopsis plants inside Jyrkki gas-exchange cuvettes
Small plants · Laboratory

Jyrkki

Parallel whole-plant gas exchange for Arabidopsis and other compact plants.

Up to 8 cuvettesWhole-plantNon-destructive
Explore Jyrkki
Cereal plants measured in parallel with Jyrkki MAX
Larger plants · Laboratory

Jyrkki MAX

Adaptable cuvettes for larger crop plants, attached shoots and expanded canopies.

Parallel analysisLarger cuvettesCrop research
Explore Jyrkki MAX
KaRaL portable leaf gas-exchange device used outdoors
Individual leaves · Field

KaRaL

A portable system for single-leaf gas-exchange measurements outside the laboratory.

PortableSingle-leafField-ready
Explore KaRaL
Explore in 3D

A closer look at Jyrkki.

Explore the eight-chamber system from every angle. Drag to rotate and scroll or pinch to zoom.

Engineering model shown in a neutral finish. Product configuration and appearance may vary. Open 3D viewer in a new window.

Working principle

A clearer view of dynamic responses.

1

Enclose without damage

Place intact plants, shoots or leaves in purpose-built cuvettes while maintaining the experiment around them.

2

Measure continuously

Track CO₂ and water-vapour exchange over time, with environmental data aligned to each measurement.

3

Compare directly

Run samples in parallel to see differences between genotypes, treatments or changing conditions more clearly.

65+
peer-reviewed studies have used Plant Invent technology.
Evidence in practice

Built from plant science, for plant science.

Plant Invent grew from research at the University of Tartu. Today, our instruments support experiments in plant physiology, phenotyping and environmental response research.

Our story and research
Applications

One platform, many questions.

PhotosynthesisTranspirationStomatal conductanceDrought responseOzone responseLight responseGenotype comparisonCrop phenotypingDiurnal dynamics
Plan your measurement setup

Tell us about your plants and research question.

Tartu, EstoniaRooted in plant science
65+ studiesPeer-reviewed research
Up to 8 samplesMeasured in parallel