The Olympus Cell^R and Cell^M are fluorescence imaging workstations designed for investigating high-speed live cell processes.
These all-in-one illumination systems have sensitive digital cameras, which make them ideal for multicolour fluorescence time-lapse image acquisition.
The graphical drag and drop user-interface of the built-in Experiment Manager enables the easy set up and execution of complex procedures.
The Cell^R integrated multi-device imaging station can manage high-speed experiments with precision.
This system is ideal for sophisticated fluorescence and live cell imaging experiments.
Cell^R uses the MT20 arc-burner light source for stable and controllable illumination.
A real-time controller accurately synchronises all hardware and peripheral devices in parallel.
This precise synchronisation of sample illumination and image acquisition minimises the risk of phototoxicity and bleaching and ensures the fastest events can be captured.
The Cell^M is also an integrated, multi-device imaging station for sophisticated fluorescence applications and live cell experiments.
Cell^M uses the MT10 Illumination System and high sensitivity CCD cameras to meet experimental requirements for multi-colour fluorescence time-lapse image acquisition.
The Experiment Manager, featured in both systems, enables the visual assembly of experiment plans.
Icons represent simple commands, groups of commands or entire sub-experiments that can be dragged and dropped to create experiments.
Individual exposure times, attenuation values and ROIs can be set for each image acquisition command.
These plans are automatically stored with the image data, enabling users to re-use complex experimental procedures without having to re-set them.
