The most flexible multi-sensor laboratory phenotyping system for Arabidopsis, seedlings, petri dishes, MTPs, and many more sample types.
Rapid digital analysis of phenotypic traits
Large set of sensor options
Advanced analytical software and machine learning
Standardized and repeatable data acquisition
High throughput
Pots, trays, dishes, MTPs, beakers
Adaptors for many sample types
Up to 20 cm sample height
Manual sample loading or automated sample loader
Features
Experiment-driven design
High-resolution phenotyping
Comprehensive machine-learning based analytical software
All major phenotyping cameras and sensors available
Configurable multi-sensor imaging
Automatic sample loading available
Integrable into climate chambers
Multisensor imaging
Visible light images provide information on sample dimensions, morphology, and color
An IMAGING-PAM camera delivers dynamic chlorophyll fluorescence parameters.
Hyperspectral imaging delivers a range of wavelength data for calculation of known and user-defined vegetative indices.
Near-infrared (NIR) images capture the intensity of reflected NIR radiation at 1450 nm to measure water content.
Fluorescence images capture the intensity of a wide range of fluorescent pigments.
3D laser scanning generates point clouds for detailed architectural and morphological information.
Configuration and options
The Base Module supports manual input of microtiter plates, petri dishes, plants in pots or plant flats.
Cameras and sensors move across the sample stage inside the base module and are positioned with high accuracy
The Sensor Exchange System stores cameras and sensors and the moving arm attaches them for running image acquisitions across the sample stage
Light table for MTPs, petri dishes etc. available
The TrayProvider™, an automatic tray loading module enables high throughput sample handling for efficient pipeline screening.
The HyperAIxpert can be integrated into Climate Chambers
Tray Adaptors for use with trays, MTPs and other sample carriers
individual plant pots and plant trays
Sample trays (here: seeds)
Microtiter plates (MTPs)
base cabinet
HyperAIxpert with optional TrayProvider module:
automated tray-feeding for increased throughput
Application examples
Arabidopsis and seedling phenotyping
- Population screen with seedlings - genotype or treatment effects
- Growth studies
- Phenotypic assessments
- Stress response monitoring
Chlorophyll fluorescence imaging
- Chlorophyll Fluorescence studies
- Status and activity of photosystem
- Dynamic chlorophyll fluorescence imaging
Disease and stress assessments
- Plant disease rating and plant health assessments
- Physiological phenotyping
Genetic reporters and biomarkers
- Fluorescent biomarkers in gene expression studies
Samples in petri dishes
- Assessment of samples in petri dishes
- plant material
- fungal/microbial cultures
MTP screening
- Compound or genotype screen in MTPs
- Treatment effects
- Dose-response studies
- Genetic screening
Individual plant phenotyping
- Plant performance, development, and stress studies
3D Scanning
- 3D imaging of plant architecture
- Leaves and other organs
HyperAIxpert provides various possibilities in research and development
LemnaTec Product Matrix
LemnaTec offers imaging and image processing technologies for several applications that suit for low to high throughput in laboratory, greenhouse or outdoor environments. Technologies are adapted to various sample types and can be combined with automation. All imaging systems are combined with dedicated image processing software, including user-programmable functions and machine learning.
We bought a LemnaTec LabScanalyzer (the predecessor of PhenoAIxpert) in July 2018. The instrument was delivered to us and installed remotely by a Lemnatec technician that instructed us about the use of the instrument. We were happy about the service: very good communication and excellent instrument set-up. The Lemnatec LabScanalyzer works nicely and is even more user-friendly than we expected. Almost no training of new users is needed. We hope to expand the uses of the instrument to obtain additional phenotyping options in the future, by interacting with LemnaTec.