Introducing the revolutionary concept of reproducible scratch making through the innovative application of light power. This groundbreaking technique harnesses the capabilities of advanced photonic technology to create precise and consistent scratches on a variety of surfaces, paving the way for new possibilities in cell culture of migration, wound healing and scratch assay. By utilizing light as a tool, we are able to achieve unparalleled accuracy and efficiency, making this method a game changer in the research processing. Explore the future of scratch making where precision meets innovation—powered by light!
Glass bottom plates featuring a specialized coating solution optimized for migration assays, complemented by advanced scratch-making technology.
Our specially designed scratch maker utilizes lightning power to automatically create a consistent scratch in the same location every time, completing the process in just 60 seconds for migration assays.
Optimized solution for monitoring 24 scratch assays. With our live cell imager, zenCELL OWL, we can continuously monitor migration assays at a fixed position for both short- and long-term experiments, directly within each individual incubator.
Cultivation Cells
Cultivate your cells on our coated plates using your standard workflow method.
Scratch Creation
Place your plate on the scratch maker, positioning the mask underneath it. Then, initiate the process by pressing the button or using our zenCELL OWL software for a duration of 60 seconds.
Live View
Place the plate with the wound under the zenCELL owl (or another microscope) and begin the workflow. Here, you will find an application notes. With zenCELL OWL you can monitor the wound within the incubator.
Results
The zenCELL OWL software will enhance your results in under 20 seconds after capturing a complete image of the 24 wells. With its Overview, Live View, and automated cell algorithms, you can optimize your migration assays effectively.
