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 per plant. Achieve fast and accurate plant phenotyping screening especially 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.
Intelligent Fast Plant-Environment Screening system
Plant-DiTech sets new standards in plant research with its cutting-edge plant phenotyping equipment and expertise in understanding plant phenotype. We invite you to join our community and discover a world of knowledge, technology, and inspiration.
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 per plan. Achieve fast and accurate plant phenotyping screening especially 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.
Leading Coustomers
Among our Worldwide Customers
![Wageningen University & Research](/images/wageningen.jpg)
![Mars Wringley](/images/2021/05/10/mars.png)
![ICL](/images/2021/05/10/israel_chemicals_ltdlogo.png)
![Donald Danforth Plant Science Center](/images/DDPSC_standard_blue_web_9.jpg)
![Gottingen University](/images/2021/05/10/download-1.png)
![Florida University](/images/2022/07/03/ifas2013.jpg)
![Haifa](/images/2021/05/10/image035.png)
![Tel Aviv University](/images/2021/05/10/image037.png)
![The Hebrew University Of Jerusalem](/images/2021/05/10/image033.png)
![AgriGeos](/images/2021/05/10/agrigeos_logo.jpg)
![JKI](/images/2021/05/10/jki.png)
![Biozeron](/images/2021/05/10/image026.png)
![Hochschule Geisenheim University](/images/LOGO_HS-GM_rgb_54128_Web_1920px.jpg)
![AGROSAVIA](/images/LOGO_AGROSAVIA_color.png)
![University of Pretoria](/images/FABI_and_Pretoria_uni.png)
![ProFarm Group](/images/Profarm_Marronebio.jpg)
![Res Agraria](/images/Logo_Res_Agraria_small2.png)
![Central-and Northern-Arava R&D](/images/logo_mop-arava.png)
Accurate physiological phenotyping of specific plant traits appears essential in moving crop breeding
Users Testimonials
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