Delivering the high‑resolution precision needed to assess neuronal and cardiac activity, paired with the high throughput that accelerates your time to results.

CorePlate™ 96W redefines what is possible in high‑throughput electrophysiology. As the first 96‑well HD‑MEA system of its kind, it brings together simultaneous acquisition and HD-MEA level precision to enable efficient screening of neuronal and cardiac activity in both 2D and 3D cultures.
Engineered for performance without compromise, CorePlate™ 96W unites high‑throughput capacity with unparalleled high‑resolution data quality. Through the CorePlate™ architecture, every electrode in every well records simultaneously and with exceptional accuracy. The result: reduced variability, fewer repeat experiments, faster time‑to‑results, and an unprecedented level of experimental efficiency.
Supporting analyses down to single‑cell resolution across all wells, CorePlate™ 96W is ideal for studies of neuronal and cardiac function in primary cultures, iPSC‑derived neurons, brain organoids and spheroids, and 2D and 3D cardiac models. With CorePlate™, high throughput and high‑quality insights finally come together.

At a glance
CorePlate™ 96W - a 96 well HD-MEA containing 256 electrodes per well. All electrodes and all wells can record simultaneously, allowing you to capture neuronal and cardiac data from a total of 24,576 electrodes simultaneously.
CorePlate™ 96W is compatible with the HyperCAM Delta.
Size (W x D x H)
90 x 159 x 19 mm
3.5 x 6.3 x 0.7 inches
# of wells/microchips
24
Mode of operation
Recording and stimulation
Electrode size
20 x 20 µm2
# of electrodes
1,024 arranged in a 32 x 32 grid
Electrodes' area size (active area)
1.6 x 1.6 mm2
Electrode pitch
50 µm
Microchip flat area size
3.6 x 3.6 mm2
Well internal diameter
00 mm
Well volume
~1 mL