Optimizing the Cell Culture Process
Incubation Monitoring System CM20

The CM20 incubation monitoring system provides quantitative data remotely—place the head and your cell cultures in the incubator, and the system will periodically scan it, count the number of cells, and determine confluency. The data can be wirelessly communicated from a computer workstation, so you can monitor your cultures’ progress without entering the clean room.
Cell Counter model R1

The Cell Counter model R1 is a cost-effective solution that saves time and simplifies the cell counting process.
Its design reduces workloads and standardizes the cell counting process, while the unique software algorithm speedily provides accurate results for a variety of cell types. Clumped cells can be automatically de-clustered, sorted based on size and roundness and live/dead cells can also be identified. Finally, the counting results can be saved alongside the acquired images as a comprehensive report.
Cell Culture Microscopes

The Olympus CKX53 cell culture microscope is designed to streamline and control a range of different cell culture applications including live cell observation, cell sampling and handling, image capture, and fluorescence observation. With a slim and compact design, centering free phase contrast and optional fluorescence capability, all kinds of live cell checks can be easily and quickly performed.
Confluency Checker

automatically measures cell confluence and provides a record of quantitative data so researchers no longer have to rely on manual counting and confluency estimates. The software counts the number of cells as well as the confluency percentage in a culture vessel.
Resources
Application Notes
Automating Migration Assay Imaging and Quantification Using an Incubation Monitoring System
Monitoring Spheroid Formation in U-Bottom Multiwell Plates Using an Incubation Monitoring System
Remotely Monitoring the Primary Culture of Bone Marrow-Derived Mesenchymal Stem Cells
Monitoring the Effect of Medium Components on the Growth and Differentiation of Human iPS Cell-Derived Liver Bud Organoids Using the Olympus Provi™ CM20 Incubation Monitoring System
Monitoring the Whole Process of Human iPS Cell-Derived Liver Bud Organoid Differentiation Using the CM20 Incubation Monitoring System
Determining Cell Proliferation and Cytotoxicity with Increased Accuracy and Ease Using the CM20 Incubation Monitoring System
Comparing Human iPS Cell Lines using the CM20 Incubation Monitoring System Part 3: Reducing Differentiation Efficiency Variations in Liver Bud Organoids Among iPS Cell Lines
Comparing Human iPS Cell Lines using the CM20 Incubation Monitoring System Part 2: Variations in the Efficiency of Liver Bud Organoid Differentiation among iPS Cell Lines
Comparing Human iPS Cell Lines using the CM20 Incubation Monitoring System Part 1: Observing Differentiation into iPS Cell-Derived Liver Bud Organoids
Cell Quality Evaluation with the CM20 Incubation Monitoring System : Improve the Reproducibility of Experiments through the Characterization of Cells
White Papers
Accelerating Experimental Success Using a Systematic Cell Culture Workflow
How the CM20 Improves the Cell Culture Process with Quantitative Data
Innovative Cell Observation Technology which Enabled CM20's Compact Design
Accelerating Experimental Success Through a systematic cell culture workflow
Blog
EVIDENT Workflow Solutions to Make Your Research More Efficient
Automated Cell Culture System Wins an Edison Award for Innovation
The Importance of Quantitative Cell Culture for Successful Experiments
Videos
Webinars
Product Resources
Manuals
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