Boost your research

Plant Phenotyping Platform

Intelligent Fast Plant-Environment Screening system

Save time and effort with PlantArray's automatic phenotyping system. Measure the dynamic physiological activity of a wide variety of plants while controlling personalized soil and water conditions. Achieve fast and accurate plant phenotyping screening even under stressful and extreme climatic conditions.

Say farewell to slow, manual measuring devices. Our plant phenotyping platform allows you to dynamically measure plants water use, stomata and root activities, plant growth, as well as plant-environment dynamic interactions.
Select the most suitable plants for optimal growing conditions and stress tolerance, resulting in improved yields and enhanced stress response within weeks, rather than seasons.

Personalized stresses
water & fertigation

Measure

Plant physiology & dynamic environment

Analyze

Real-time analysis
& statistics

Accurate physiological phenotyping of specific plant traits appears essential in moving crop breeding

Users Testimonials

"Plantarray is an amazing system for high-throughput collection of physiological traits, and it also provides real-time analysis in the cloud.
Combined with multiple omics-technologies, it will significantly enhance the study level of our breeding clients."

Ye Tao, CEO - Biozeron Biotechnology, Shanghai, China

״Plantarray screens directly for the physiological traits thus making the data more reliable and accurate.
The best part is that the system is very user-friendly and gives detailed physiological data for real-time analysis.״

Ahan Dalal, PhD, Postdoctoral Fellow - Plant Sciences and Genetics, Faculty of Agriculture, HUJI, Israel

"The Plant-DiTech system has changed our way of studying whole-plant water relations.
The accurate and effortless simultaneous measurement of whole-plant diurnal performance,
including all relevant physiological parameters, significantly enhanced our study."

Gilor Kelly, Ph.D, Researcher - Plant Sciences, Vegetable and Field Crops, ARO, Volcani Center, Israel

"Thanks to the high-throughput and automatic natures of Plant-DiTech,
many notoriously difficult-to-source traits can now be easily acquired, enabling genetic association analysis."

Pei Xu, PhD, Professor - Zhejiang Academy of Agricultural Sciences, China

"With the Plant-DiTech system, data collection has become easier, and more reliable.
Now I can access my data anywhere, anytime, and know exactly what each plant is getting during irrigation."

Felix Ogunmokun, PhD Student - Department of Soil and Water, Faculty of Agriculture, HUJI, Israel

"PlantDitech's system enabled us to answer big questions that we could not resolve before.
Any effort we would have made would not make it possible for us to test 50 pine trees simultaneously for complex physiological traits.
After the first experience, it's hard to imagine a future drought stress experiment in forest trees without using the plantDitech system."

Rakefet David-Schwartz, Ph.D., Principal Investigator - Plant Sciences, Natural Resources, ARO, Volcani Center, Israel

Applications

Discover how using Plantarray will power your research in characterizing the dynamic plants response to different ambient conditions (GXE interaction) in variety of applications