Among our worldwide customers
 |  | Food processing industry | Characterize germplasm for attributes related to water use efficiency, drought stress and recovery. Website |
|  | Research | Nutrients & varieties crop screening. Website |
|  | Research | Part of the phenotyping core and used for advanced characterization of plants. Website |
|  | Research | Understanding the mode of action of sustainable biostimulants and biopesticides. Website |
 |  | Research | Advanced characterization of biomass crops for resilience and stress tolerance traits Website |
 |  | Contract research organization | Characterize and shorten the time to market of your Biostimulants, Fertilizers, Seed Genotypes, Soil substrates, etc. for traits associated with plant water use efficiency, drought & salinity stress tolerance, etc. Website |
 |  | Research | Plants varieties screening. Website |
|  | Research | Genetic plants varieties screening for resistance and stress tolerance. Website |
 |  | Seaweed Biotechnology Research | Screening and characterization of biostimulants for their role in the alleviation of various abiotic stresses. Website |
| CREA | Research | Council for Agricultural Research and Economics (CREA), Research Centre for Genomics and Bioinformatics, Fiorenzuola d’Arda, Italy. Website |
|  | Research | Provides to analyze your Biostimulants, Fertilizers, plant protection products to determine plant drought and salinity stress tolerance, and salt stress resistance. Website |
 |  | Research | Part of NPEC, the new most advanced plant phenotyping equipment facility. Website Video |
|  | Research | Study drought stress adaptation of grapevine and large ornamental plants. Website |
 |  | Research | Assess the abiotic factors, such as drought and temperature, impacting sunflower growth and development and their long-term effects on flowering. Website |
 |  | Research | Data-Intensive autonomous intelligent urban farming for whole-plant yield optimization. Website |
 |  | Research | The UFV Soil Department, in collaboration with the Embrapa organization, created the Controlled Environment Agriculture Laboratory (LAAC), an innovative research facility dedicated to studying plant nutrition, abiotic stresses, and the mechanism of action of fertilizers with improved efficiency. Website |
 |  | Research | Evaluate the effect of drought on forage species of the savannah of Bogota (high Andean oats), and evaluate growth-promoting bacteria and their effect on plants subjected to abiotic stress due to drought. Website |
 |  | Genetics company | Provides plant genetic screening services. Website |
 |  | Chemical industry | Biostimulants & specialty fertilizers plant selection. Website |
|  | Chemical industry | Biostimulants & specialty fertilizers selection. Website |
 |  | Research | Part of the Weizmann Institute of Science, intended for a variety of experiments from different research groups Website |
|  | Research | Efficient use of water and fertilizer. Website |
|  | Research | Advanced phenotyping facility for environmental stresses. Website |
|  | Research | Genetic varieties screening for plant resistance and crop stress tolerance. Website |
Among our worldwide distributors
 |  | Distributor | provides Plant-DiTech solutions and support to universities, research institutions, and corporations, enhancing productivity and research capabilities. Website |
 |  | Distributor | Provides plant phenotyping , physiology ,Robotics & AI ,environmental governance instruments. Website |
 |  | Distributor | An expert in sustainable water and environmental solutions, focusing on precise irrigation, phenotype automation and renewable technology. Their innovations empower research institutes, international organizations and biotechnology companies to improve plant growth and maximize resource efficiency. Website |