Recently, the field of plant science has attracted worldwide attention 2025 International Symposium on Plant PhenotypomicsSanya solemnly held and successfully concludedAs a domestic enterprise in the field of plant phenotype technology research and application, Beijing Yiketai Ecological Technology Co., Ltd. was invited to participate in the exhibition, bringing core technology solutions and exploring cutting-edge trends in plant phenotype with global research institutions and industry colleagues, injecting Chinese strength into promoting global plant science innovation and development.

This seminar aims to The core direction of "Phenotypomics and Future Agriculture" brings together top scientists, research teams, and industry representatives from different countries and regions around the world. During the conference, various parties conducted in-depth discussions on key topics such as field environment phenotype group, controllable environment phenotype group, big data and big models, new sensors, phenotype group technology applications, etc., providing a platform for the industry to exchange technology, transform achievements, and achieve win-win cooperation.

northJingyi Ketai Ecological Technology Co., Ltd. adheres to the principle ofEcological-agriculture-The concept of "health" has accumulated over 20 years of profound technical expertise and rich solutions in high-throughput plant phenotype imaging technology, intelligent crop breeding and stress resistance assessment, germplasm resource detection and identification, chlorophyll fluorescence and spectral imaging technology, and other fields. As a well-known domestic manufacturer of plant phenotype omics research technology and equipment, Yiketai has been invited to participate in this conference to showcase plant phenotype imaging analysis technology and flexible and diverse plant phenotype research solutions to the attending scholars.

Among the foreign units participating in this conference, McGill University in Canada, Aberystwyth University in the UK, and Slovak Agricultural University are all equipped withPlantScreenPlant phenotype imaging analysis system. Experts and scholars from these units presented their research results using this system in the conference report, and exchanged their usage experience with technical engineers from Yiketai before and after the report.

We will exhibit at this conference了The following technical solutions:

nPlantScreenPlant Phenotype Imaging Analysis System:Can be equipped withFluorCamChlorophyll fluorescence, multispectral fluorescenceRGBTheVNIR/SWIRHyperspectral, infrared thermography3DVarious plant phenotype imaging sensors such as LiDAR and root imaging, combined with automatic transmission systemsLEDArtificial cultivation room and automatic watering weighing unit achieve high-throughput automated imaging analysis of plant phenotype omics. Various imaging platforms can be customized according to user needs, including automatic conveyor beltXYZ3D scanning, indoor self-sustaining mobile, outdoor field mobile, etc.

nPhenoTron®Plant phenotype imaging analysis technologyIncluding:PTSConveyor belt platform, intelligentLEDLight source cultivation and phenotype analysis platformXYZMultiple specifications and models including automatic scanning platform, can be integratedFluorTronChlorophyll fluorescence imaging, multispectral fluorescence imaging, hyperspectral imagingThermo-RGBThe new generation of agricultural phenotype imaging sensors independently developed by Yiketai enables high-throughput, non-destructive, digital, and visual measurement of plant phenotype imaging

nFluorTron ®chlorophyll fluorescence/Multispectral fluorescence imaging technology:Yiketai independently developed FluorTron ®chlorophyll fluorescence/Multispectral fluorescence imaging technology can achieve ultra-high resolution dynamic imaging analysis of chlorophyll fluorescence and secondary metabolite fluorescence imaging analysis, synchronously completing in vivo imaging analysis of photosynthetic phenotype and secondary metabolism in plants. This technology can be installed on various imaging platforms such as laboratories, portable fields, inspection robots, and high-throughput automation.

nPhenoPlot®Plant phenotype imaging analysis technology:Fusion hyperspectral imagingSIFImaging andLEDIFActive fluorescence measurement technology, which can obtainSIFVegetation canopy photosynthetic physiological index, chlorophyll fluorescence, and spectral data are available on a portable imaging platform, making it easy to carry over long distances; There are also mobile platforms that can flexibly switch experimental sites; There is also a suspended track platform that can perform long-term automatic scanning and measurement of experimental plots.

nFully upgradedFluorCamChlorophyll fluorescence imaging/Multispectral Fluorescence Imaging Technology

Imaging area from4×4cmto20×20cm/35×35cmSuitable for height0-100cmThe samples are available in desktop, portable and other models to assist in the detection of plant photosynthetic efficiency in various scenarios

nIntelligent mobile phenotype platform: capable of conducting phenotype analysis in production environments such as greenhouses, plant factories, etc., by pre planting the phenotype analysis laboratory in situ（in-situ）Monitor plant health, physiological status, production efficiency (such as photosynthetic efficiency), and crop response to environmental factors such as light and stress. Having top and side featuresRGBPhenotypic imaging such as chlorophyll fluorescence, thermal infrared, etc. can also be optionally selected3DChlorophyll fluorescence imaging, automatically forming three-dimensional chlorophyll fluorescence imaging, while measuring plant height, crown width and other morphological features.

nEcodrone®Remote sensing technology for unmanned aerial vehicle phenotype:based onEcodrone^® UASTheDJIMultiple types of unmanned aerial vehicle platforms are integrated with hyperspectral and multispectral technologiesThermo-RGBMultiple source sensor matrices such as LiDAR, equipped withRTK+PPKCentimeter level positioning, automatic flight path, and omnidirectional obstacle avoidance function. Provide full process solutions for scenarios such as crop growth monitoring, early warning of pests and diseases, carbon sequestration accounting, and ecological environment assessment.

nComprehensive solution for photosynthesis measurement:Yiketai Guang's comprehensive measurement solution for cooperation includesLCi TandLCpro TPortable photosynthesis measuring instrumentiFLPortable photosynthesis and chlorophyll fluorescence composite measurement systemAPSMulti channel photosynthesis measurement and monitoring systemLEDIFChlorophyll fluorescence imaging of the canopy can be used to comprehensively measure photosynthesis in different scenarios such as the field, greenhouse, and laboratory.

Yiketai Ecological Technology Company hasEcoTech^®Laboratory, Spectral Imaging and Unmanned Aerial Vehicle Remote Sensing Technology Research CenterSpectrAPPSpectral Imaging Innovative Application ProjectEquipped with various plant phenotype imaging, chlorophyll fluorescence, and multifunctional hyperspectral research equipment, welcome experts and scholars to contact and cooperate!

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