AcadeMEA System
The AcadeMEA is a cost-effective, entry-level Microelectrode Array (MEA) system built on the proven MEA2100-Mini headstage and eGG USB Interface. Designed for academic labs, teaching environments, and early-stage research, it delivers reliable extracellular electrophysiology recordings with a compact footprint and a clear upgrade path to the full Multi Channel Systems MEA platform.

What is the AcadeMEA System?
The AcadeMEA is an entry-level Microelectrode Array (MEA) system designed to make extracellular electrophysiology more accessible to academic labs, teaching environments, and early-stage research groups — without compromising data quality or flexibility. Built around the proven MEA2100-Mini headstage connected via the eGG USB Interface to a standard PC, AcadeMEA offers a streamlined, user-friendly setup ideal for new and growing labs.
By following Multi Channel Systems' modular design philosophy, AcadeMEA allows users to start with a basic configuration and seamlessly upgrade to more advanced MEA platforms over time — retaining the same MEA2100-Mini headstage throughout. This approach protects your lab's investment and ensures a smooth transition as research demands grow.
Key Features
- Simple, Streamlined Setup: The Mini-60 or Mini-120 headstage connects directly via the eGG USB Interface to any standard PC, minimizing complexity and setup time for new users.
- Scalable Platform: Designed to grow with your research — easily upgrade from the eGG interface to the IFB-C Interface Board and access the full range of advanced MCS MEA systems, all while reusing the same headstage.
- Incubator-Ready: The MEA2100-Mini headstage can operate inside a standard cell culture incubator, enabling long-term recordings and continuous monitoring of living neuronal or cardiac networks under physiological conditions.
- Compact and Efficient: Minimal footprint makes the AcadeMEA easy to integrate into existing lab benches or shared instrument spaces without requiring dedicated infrastructure.
- Multiple Software Options: Comes bundled with Multi Channel Experimenter software for data acquisition; Multi Channel Analyzer is available separately for advanced offline analysis.
- Accessible Entry Point: A significantly lower cost barrier compared to full MEA platforms, making MEA technology viable for academic teaching labs, startup research groups, and pilot studies.
- Designed for Early-Stage Work: Ideal for proof-of-concept studies and pilot experiments — engineered to allow seamless upgrade to any more advanced Multi Channel Systems MEA platform as your research needs grow.
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A Scalable Gateway to the Full MCS MEA Ecosystem
The AcadeMEA is not just a standalone system — it is the entry point into Multi Channel Systems' comprehensive MEA platform. The MEA2100-Mini headstage at the core of AcadeMEA is fully compatible with the IFB-C Interface Board, which enables labs to cost-effectively expand their electrophysiology capabilities as their research matures.
From the same headstage, researchers can access:
- Mesh MEA: Record true-to-life electrophysiological signals from inside intact organoids with the world's thinnest MEA mesh (7 µm polyimide).
- IntraCell: Perform intracellular recordings, contraction measurements, and live-cell imaging from monolayers and organoids simultaneously.
- Wireless Systems: Transition to all-in-one in vivo electrophysiology without replacing your headstage investment.
- Incub8™ Multiwell: Scale up to high-throughput screening in an incubator-ready multiwell format for drug safety pharmacology and toxicology assays.
- High-Definition MEAs: Achieve high spatiotemporal resolution for precise single-cell and network mapping applications.
Applications
- Neuronal network activity and signaling
- Cardiomyocyte electrophysiology
- Stem cell-derived cellular models (iPSC-derived neurons and cardiomyocytes)
- Organoid and 3D culture electrophysiology
- Toxicology and long-term drug screening studies
- Teaching and training in extracellular electrophysiology methods
- Pilot and proof-of-concept MEA experiments
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Technical Specifications
| Catalog Number – AcadeMEA60 System | 891458 |
| Catalog Number – AcadeMEA120 System | 891459 |
| MC Analyzer Software License | 891461 |
| Data Resolution | 24 bit |
| Max Recording Channels | 1×60 or 1×120 |
| Sampling Rate per Channel | Up to 50 kHz |
| Data Interface | USB (via eGG USB Interface) |
| Incubator Compatible | Yes |
| Included Software | Multi Channel Experimenter |
| Optional Software | Multi Channel Analyzer (cat# 891461) |
| Headstage | MEA2100-Mini (Mini-60 or Mini-120) |
| Interface | eGG USB Interface (upgradeable to IFB-C) |
| Upgrade Path | Compatible with IFB-C Interface Board for full MCS MEA platform access |
Applications
- Neuronal network activity and signaling
- Cardiomyocyte electrophysiology
- Stem cell-derived models (iPSC neurons, cardiomyocytes)
- Organoid and 3D culture electrophysiology
- Toxicology and long-term drug screening
- Teaching and training in electrophysiology
- Pilot and proof-of-concept MEA studies
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Electro-Physiology
Explore All ProductsCell Cultivation and Imaging
Explore All ProductsAcadeMEA System Publications
MEA systems from Multi Channel Systems are widely cited in studies of neuronal network dynamics, cardiac electrophysiology, iPSC-derived cell models, and organoid biology. Researchers use these platforms to characterize network bursting, drug-induced effects on action potential propagation, and disease-relevant phenotypes in both 2D cultures and 3D organoids.

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