Elevating throughput without compromising quality
The first multi-well HD-MEA platform capable of running 24 & 96 well HD-MEAs with simultaneous recording from all wells and all electrodes.
Key Benefits
Automation ready
Simultaneous Recording
High-Throughput Research
Simultaneous recording of ALL wells, and ALL electrodes
Rat Primary Cortical Neuronal Culture 24 DIV
Overview
Built with progression in mind, anticipating future demands.
The system is designed for scalability, supporting both 24 & 96 well HD-MEA format & robotic automation. The HyperCAM Delta allows you to further expand your research capacity as needed, ensuring you can maximize data collection and streamline your research processes, both now and in the future.
Obtain more data, more efficiently without compromising quality.
The HyperCAM Delta is a truly unique multi-well HD-MEA platform. With the highest number of simultaneous recording wells and electrodes available on the market, the system enables you to generate high-quality, high-resolution data with exceptional statistical strength. Reducing the need for excessive replicates, accelerating results, and enhancing cost-efficiency throughout your workflow.
High throughput, high accuracy functional screening of your electrogenic cells.
When paired with the revolutionary CorePlate™ 24W or CorePlate™ 96W, the HyperCAM Delta delivers truly unmatched HD‑MEA performance, recording from ALL wells and ALL electrodes simultaneously, the system enables highly efficient acquisition of large‑scale, high‑value datasets. Built with an integrated environmental chamber and full automation compatibility, the HyperCAM Delta further streamlines your workflow from start to finish. When combined with BrainWave software, navigating, visualizing, and analysing these extensive datasets becomes both intuitive and efficient. The combination of high‑density data capture, automation readiness, and seamless analysis makes the HyperCAM Delta the ideal platform for advanced multi‑well HD‑MEA research.
Compatibility
High density multiwell sensors for high definition results
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 inaugural 24 well HD-MEA on the market offering simultaneous recording across all wells and all 24,576 electrodes (1,024 electrodes per well), enabling unparalleled data density in a multi-well format.
The first 96 well HD-MEA, available to order in 2026, featuring simultaneous recording across all wells and all 24,576 electrodes (256 electrodes per well), enabling true high-throughput electrophysiology.
Overview
Built with progression in mind, anticipating future demands.
The system is designed for scalability, supporting both 24 & 96 well HD-MEA format & robotic automation. The HyperCAM Delta allows you to further expand your research capacity as needed, ensuring you can maximize data collection and streamline your research processes, both now and in the future.
Obtain more data, more efficiently without compromising quality.
The HyperCAM Delta is a truly unique multi-well HD-MEA platform. With the highest number of simultaneous recording wells and electrodes available on the market, the system enables you to generate high-quality, high-resolution data with exceptional statistical strength. Reducing the need for excessive replicates, accelerating results, and enhancing cost-efficiency throughout your workflow.
High throughput, high accuracy functional screening of your electrogenic cells.
When paired with the revolutionary CorePlate™ 24W or CorePlate™ 96W, the HyperCAM Delta delivers truly unmatched HD‑MEA performance, recording from ALL wells and ALL electrodes simultaneously, the system enables highly efficient acquisition of large‑scale, high‑value datasets. Built with an integrated environmental chamber and full automation compatibility, the HyperCAM Delta further streamlines your workflow from start to finish. When combined with BrainWave software, navigating, visualizing, and analysing these extensive datasets becomes both intuitive and efficient. The combination of high‑density data capture, automation readiness, and seamless analysis makes the HyperCAM Delta the ideal platform for advanced multi‑well HD‑MEA research.
Compatibility
The inaugural 24 well HD-MEA on the market offering simultaneous recording across all wells and all 24,576 electrodes (1,024 electrodes per well), enabling unparalleled data density in a multi-well format.
The first 96 well HD-MEA, available to order in 2026, featuring simultaneous recording across all wells and all 24,576 electrodes (256 electrodes per well), enabling true high-throughput electrophysiology.
The HyperCAM Delta is designed for a wide range of applications.
Record from Neuronal and Cardiac
Primary cultures
HiPSC derived cultures
Spheroids
Organoids
To perform
Toxicology assays
Disease model characterization
Drug screening
Safety pharmacology
Hippocampal Culture 17 DIV
Rat Hippocampal Culture 17 DIV showing a. Activity map showing Mean Firing Rate (spikes / s). b. Raw signal map (change in µV in a 100ms window).
c. Raw signal trace showing burst activity, with spikes identified below (black vertical lines) and a detected burst (horizontal blue line). d. Raster Plot showing synchronized activity throughout a Rat Hippocampal Culture at 17 DIV.
Primary Neuronal Culture
Hippocampal Culture 17 DIV
Rat Hippocampal Culture 17 DIV showing a. Raw signal map (change in µV in a 100ms window). b. Activity map showing Mean Firing Rate (spikes / s),
Raw signal trace showing burst activity, with spikes identified below (white vertical lines) and a detected burst (horizontal yellow line).
Raster Plot showing synchronized activity throughout a Rat Hippocampal Culture at 17 DIV.
Hippocampal Culture 11 DIV
a. Rat Hippocampal Culture at 11 DIV over CorePlateTM. b. Magnification of a central area of the culture. c. Activity map measured by changes in µV in a 100ms window. d. Overlay of the activity map over the culture image.
Human Derived Cortical Spheroids 45 DIV
Spiking activity map (spikes / s) and associated raw trace of human derived cortical spheroids 45 DIV
Cardiomyocyte Culture 9 DIV
Raw trace from a cardiomyocyte culture 9 DIV displaying a clear initial QRS complex followed by a T wave.
Hippocampal Culture 17 DIV
Rat Hippocampal Culture 17 DIV showing a. Raw signal map (change in µV in a 100ms window). b. Activity map showing Mean Firing Rate (spikes / s)
Raw signal trace showing burst activity, with spikes identified below (white vertical lines) and a detected burst (horizontal yellow line).
Raster Plot showing synchronized activity throughout a Rat Hippocampal Culture at 17 DIV.
Hippocampal Culture 11 DIV
a. Rat Hippocampal Culture at 11 DIV over CorePlateTM. b.Magnification of a central area of the culture. c.Activity map measured by changes in µV in a 100ms window. d. Overlay of the activity map over the culture image.
Human Derived Cortical Spheroids 45 DIV
Spiking activity map (spikes / s) and associated raw trace of human derived cortical spheroids 45 DIV
Cardiomyocyte Culture
Cardiomyocyte Culture 9 DIV
Raw trace from a cardiomyocyte culture 9 DIV displaying a clear initial QRS complex followed by a T wave.
Tech specs
Main Controller
Number of simultaneous recording channels
24,576:
• CorePlate™ 24W (1,024 per well) @10kHz
• CorePlate™ 96W (256 per well)
With controlled temperature and CO₂
concentration (via integrated air mixer)
and with monitored humidity
USB 3.1 Type-C data interface
Control software compatibility
Physical specs
Movable lid that can be operated either by the software or manually
Motorized CorePlate™ locking system
Protection from liquid spill over
Chamber protected against dripping water
530 x 290 x 350 mm
20.9 x 11.4 x 13.8 inches
.svg)
