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Designed for precision and efficiency, this micro-transplanter automates the identification, selection, and transplanting of somatic embryos or other tissue up to 3 mm in size. By integrating early-stage phenotyping with image-based analysis, it enables the selection of the most viable embryos based on defined morphological traits—accelerating breeding cycles while enhancing traceability and lab safety.
Enhances embryo selection with high-resolution imaging and intelligent decision support.
Processes up to 300 specimens per hour, dramatically increasing lab productivity.
Enables faster genotype-to-phenotype correlation, accelerating breeding cycles.
Reduces exposure to hazardous substances with sterile, hands-free operation.
Every specimen is scanned and logged, ensuring full traceability and data integrity.
At Viscon, we specialize in transforming complex plant tissue culture processes into streamlined, scalable solutions. With deep expertise in in vitro plant techniques and plant micropropagation, we’ve developed a fully automated platform that redefines how somatic embryogenesis is performed in modern labs.
Our integrated system—featuring the Embryo Picker, PhytoFlow Transplanter, Media filler, and Multi-cell Embryo Tray—automates every critical step, from embryo selection to transplanting and early-stage phenotyping. This approach not only increases throughput and consistency but also improves lab safety and traceability, empowering breeders to accelerate innovation with confidence.
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