The 6-well CorePlate™-powered microelectrode array platform designed for both cell culture and tissue preparations
Thanks to the CorePlate™ technology, HyperCAM Alpha delivers high resolution functional screening in a multiwell format.
The controlled environment allows label-free in vitro assays over long time periods. The large sensing area of the per-well integrated microchip provides room for measuring either cell cultures, brain slices or brain organoids.
Alpha is equipped with the latest generation of FPGA accelerators to manage real-time high-resolution data from up to 13824 (2304 per well) simultaneously recorded electrodes.
Complex operations are handled by the sophisticated system so you can focus on measuring the functional properties of neurons.
HyperCAM Alpha is a multiwell HD-MEA platform designed to parallel experiments with neuronal cultures, organoids and brain slices. 4096 fully bidirectional electrodes (recording/stimulation) per well allow the real time characterization of neuronal diseases, mutations and effect of drugs at high statistical precision
HyperCAM Alpha is a CorePlate™ powered 6 well platform that handles parallel experiments with neuronal cultures, organoids or brain slices. 4096 fully bidirectional electrodes (recording/stimulating) per well allow real time characterization of neuronal diseases, mutations and cell effectors with a high statistical precision.
The CorePlate™ multiwell is kept under control by accurately monitoring the temperature, CO₂ saturation and humidity of the environment your cells are exposed to. Additionally, the tag functionality of the CorePlate™ technology allows you to easily track your experiments.
HyperCAM Alpha is coupled with the new BrainWave software to visualize and analyze complex network data from your preparation just in a click, providing the new gold standard for neuronal big data management.
HyperCAM Alpha is coupled with the new BrainWave v.5 software to easily visualize and analyze network data from a multiwell configuration. Advanced data processing coupled to a smart user interface brings you one click away from charting any functional change in the network activity.