High-throughput cell imaging systemIt is designed for screening HCS at high levelsAutomated cell imaging systems, with good image quality and fast acquisition speed.
The high-throughput cell imaging system can be widely used in assay development, compound screening, transfection analysis, 3D models (such as spheroids, organoids), zebrafish imaging, primary cells, fixed cells, live cell imaging and other fields.
The high-throughput cell imaging system offers flexible application capabilities, offering 7 fluorescence colors, brightfield microscopy imaging, and a variety of air objectives. The system can accommodate a variety of multi-well plates and sample formats (slides, Petri dishes...).), and provide environmental control for live-cell analysis.
High-throughput cell imaging system specifications
3D Reader: The EPI fluorescence inverted optical module is mounted on the XYZ linear scanner.
Autofocus: ** technology with laser-assisted autofocus with a resolution of 100nm
XY Motion: Precise positioning, repeatability of 200nm
Z-axis movement: precise positioning, repeatability of 100nm
Illumination source: up to 7 fluorescence channels LED light source, DAPI, CFP, GFP, YFP, RFP, MCHERRY, Cy5).
Transmitted light source: white LED, laser diode 635nm
Filters: Up to 7 emission filters.
Air objectives: 2x-60x multiple objectives.
Oil immersion objective: 20x, 60x objective.
Camera: High sensitivity 1.3 million pixel CCD camera.
Image resolution: 01-3um pixels, 2x-60x magnification.
Sample format: 24-1536 microplates, microarrays, slides, 35 mm Petri dishes, etc.