The ImageXpress® Pico Automated Cell Imaging System is more than a digital microscope, combining imaging and powerful analysis for individual labs that need easy automated imaging solutions. Image modes: Transmitted light (brightfield), colorimetric, fluorescence.

• Cellular imaging and analysis simplified for general biology labs
• Start quickly with icon-driven CellReporterExpress software with integrated data visualization tools
• Preconfigured templates for many cell imaging and analysis protocols, including aptosis and mitochondrial detection
• Multiple imaging modes provide objectives ranging from 4 to 63x, fluorescence imaging, live cell imaging, and brightfield imaging modes
• Advanced whole slide scanning allows acquisition of higher resolution scans of selected regions
• Plate-to-individual cell view enables visualization at multiple levels
• Temperature control up to 40 °C
• Lab-friendly price enables automated imaging for every lab

ImageXpress Pico Basic System with CellReporterXpress Automated Image Acquisition and Analysis Software

Includes FLUOTAR 4x/NA 0.13 and 10x/NA 0.32 objectives, transmitted light capability and FITC filter cube for fluorescence imaging. Equipped with a solid-state light source and optical train, a large imaging field of view is possible. Includes microtiter plate adapter and 4-slide adapter.

CellReporterXpress Software license is included, which enables five concurrent logins from a desktop or laptop with up to two logins from a tablet device per desktop login. License allows up to 10 computer cores to be run for distributed image analysis. Standard image analysis algorithms include cell counting, cell scoring, apoptosis, and other analysis modules, totaling 17 analysis modules.

ImageXpress Pico Advanced System with CellReporterXpress Automated Image Acquisition and Analysis Software

Includes FLUOTAR 4x/NA 0.13, FLUOTAR 10x/NA 0.32, FLUOTAR 20x/NA 0.40 and FLUOTAR 40x/NA 0.60 objectives, transmitted light capability and FITC, TRITC, DAPI, and Cy5 filter cubes for fluorescence imaging. Equipped with a solid-state light source and optical train, a large imaging field of view is possible. License allows up to 10 computer cores to be run for distributed image analysis. Standard image analysis algorithms include cell counting, cell scoring, apoptosis, and other analysis modules, totaling 17 analysis modules.