LemnaTec’s phenotyping systems are strongly interconnected with science:

  • Technology and software relies on latest scientific knowledge
  • Phenotyping systems are used for scientific research – and for industrial applications
  • Scientific refereces – papers written by our customers prove the wide range of use cases
  • LemnaTec actively participates in research projects

Laser Scanning

Laser scanners use active laser triangulation, or a phase shift method, to measure the complete morphological structure of plants [...]

Infrared Imaging

While exposed to the sun’s radiation, plant surfaces increase in temperature [8]. Infrared sensors monitor the intensity of IR [...]

Near-Infrared Imaging

Water content in plant tissue causes reflectance of electromagnetic radiation in near (700-1300 nm) and mid (1300-2500) infrared wavelength [...]

Fluorescence Imaging

Upon illumination, green plants emit red to far red fluorescence deriving from chlorophyll. Depending on pigment content or environmental [...]

Visible Light (RGB) Imaging

Visible light, or RGB, images are „classical“ photographs. Such images are widely used to monitor plant development, plant performance, [...]

LemnaTec PhenoCenter, the flexible automated laboratory phenotyping system for seedlings, Arabidopsis and beyond.

Biologists, agronomists, and breeders frequently use young seedlings for rapid testing of plant properties, features and responses. When screening [...]


Machine Learning and Sensor Fusion For Precision Farming Presentation: Machine learning is a type of artificial intelligence that provides [...]

How does Phenotyping work?

How does Phenotyping work? Dimensions, morphology & colour Phenotypes are those properties of organisms that make up their appearance, [...]