TissueFAXS automated slide scanning systems are available in upright and inverted configurations in fluorescence and/or brightfield modes for scanning and analysis, therefore providing unparalleled flexibility for researchers.
Key Features:
Multimodal Whole-Slide Imaging: With capabilities in brightfield, phase contrast, fluorescence, multispectral, and confocal imaging, you can explore your samples from every angle and modality.
Flexible Design Options: Accommodating between 8 and 120 slides, with inverted configurations for well-plate imaging, the system adapts seamlessly to the demands of your lab.
One-Click Workflow with Custom Scanning Profiles: Simplify your processes and tailor them to your specific requirements, making advanced imaging accessible and efficient.
Integrated Image Analysis: Gain quick insights without the need for separate software, streamlining your data analysis pipeline: segment the nuclei, detect the structures, identify cellular phenotypes and more.
Every TissueFAXS is Modular, Upgradable, and Built to Grow with Your Research: The system can be upgraded corresponding to your needs, ensuring it's always aligned with your scientific goals.
TissueGnostics provides fully integrated cutting-edge tissue cytometers for (i) whole-slide imaging in various modes (brightfield, fluorescence, confocal, multispectral) and (ii) high-end image analysis of tissue sections, cultured cells, TMAs as well as smears. Explore TGs solutions for spatial phenotyping, single cell analysis, molecular single cell...
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TissueGnostics provides fully integrated cutting-edge tissue cytometers for (i) whole-slide imaging in various modes (brightfield, fluorescence, confocal, multispectral) and (ii) high-end image analysis of tissue sections, cultured cells, TMAs as well as smears. Explore TGs solutions for spatial phenotyping, single cell analysis, molecular single cell profiling, machine-learning based tissue classification and many more. Our modular and scalable whole-slide imaging systems are built to evolve with your research, offering exceptional image quality, precision, and flexibility.