cell culture systems OR stem cells OR CellASIC
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CellASIC® ONIX Microfluidic Platform
This CellASIC System delivers breakthrough control for live cell analysis experiments by combining the highest precision controls, maximum functionality, and simplified user operation.
Y04C-02-5PK MilliporeCellASIC ONIX plate for haploid yeast cells (4 chamber, 3.5-5 micron)
The Y04 plates for Haploid Yeast Cells utilize a microfabricated silicone ceiling with a height similar to yeast cells to restrict their growth in a single focal plane & maintaining x,y position over time.
M04S-03-5PK MilliporeCellASIC ONIX switching plate mammalian cells (4 chamber)
The M04 switching plates enable continuous perfusion culture for live cell analysis. Laminar flow provides rapid & uniform solution exchange for maximum cell health. The glass coverslide bottom surface ensures the highest resolution optical viewing.
B04A-03-5PK MilliporeCellASIC ONIX plate for bacteria cells (4 chamber)
The B04A plates utilize a microfabricated silicone ceiling with a height similar to bacteria cells to restrict their growth in a single focal plane & maintain x,y position over time.
M04G-02-5PK MilliporeCellASIC ONIX gradient plate for mammalian cells (4 chamber)
The M04 gradient plates enable continuous perfusion culture for live cell analysis. Laminar flow provides rapid & uniform solution exchange for maximum cell health. The glass coverslide bottom surface ensures the highest resolution optical viewing.
M04T-01-5PK MilliporeCellASIC ONIX Pad Trap Plate (4-chamber, trap heights 12 micron), 5pk
The M04T pad trap plates for 12 µm cells utilize microfabricated PDMS pillars that extend from the ceiling to trap suspension cells within a single focal plane for real time imaging & analysis
Y04E-01-5PK MilliporeCellASIC ONIX plate diploid yeast cells (4 chamber, 5-7 micron)
The Y04E plates for Diploid Yeast Cells utilize a microfabricated silicone ceiling with a height similar to yeast cells to restrict their growth in a single focal plane & maintaining x,y position over time.