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Quantifying Cell Confluency at Scale: Parallel Plate Imaging with Automated Segmentation
The Vreo enables automated cell confluency measurement across standard SBS plates (6, 12, 24, 96, or 384 wells) using parallel whole-plate imaging and full z-stack acquisition. Confluency is quantified as a percentage of well area for each well and exported as a CSV file with associated metadata. Example configurations include 4X imaging with 10 z-slices at 100 µm step size (30 seconds for a 96-well plate) and 10X imaging with 20 z-slices at 20–30 µm step size (2 minutes for a 96-well plate)..webp)
Scaling Functional Imaging with Parallelized Microscopy [WATCH NOW]
Dr. Franz Kuchling (Tufts University) and Dr. Patrick Fortuna (Harvard Medical School & Wyss Institute) reveal how Ramona’s parallel imaging technology is redefining functional biology, scaling real-time insights from living systems like Volvox and cardiac organoids through unprecedented speed and field of view.Discover applications
The Vreo enables automated cell confluency measurement across standard SBS plates (6, 12, 24, 96, or 384 wells) using parallel whole-plate imaging and full z-stack acquisition. Confluency is quantified as a percentage of well area for each well and exported as a CSV file with associated metadata. Example configurations include 4X imaging with 10 z-slices at 100 µm step size (30 seconds for a 96-well plate) and 10X imaging with 20 z-slices at 20–30 µm step size (2 minutes for a 96-well plate).Ready to transform your research?
Book a call with one of our Ramona experts:

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