Description
HMCLS Acquisition System is a modular data acquisition platform designed for real-time recording and analysis of in vitro neuronal signals, with a strong focus on research, advanced prototyping, and closed-loop experiments.
Developed for laboratories and R&D teams working with neuronal cultures, the system provides a flexible integration between acquisition hardware, real-time software processing, and custom experimental protocols.
Key Features
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Multi-channel electrophysiological acquisition (MEA)
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Real-time streaming and low-latency processing
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Modular hardware and software architecture
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Compatibility with standard MEA layouts (e.g. MEA60, depending on configuration)
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Open software interfaces (C++ / Python)
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Designed for closed-loop experiments
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Laboratory-ready system for prototyping and validation
Typical Use Cases
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In vitro neuronal signal recording
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Spike detection and neural activity analysis
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Closed-loop learning and stimulation protocols
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Neuroengineering and neurotechnology research
System Architecture
The HMCLS Acquisition System combines high-precision acquisition electronics with a real-time software stack, providing full control over data streaming, processing, and experimental workflows. The platform is designed to scale with project requirements, including channel count, processing complexity, and external integrations.
Product Status
This product is currently available as a prototype / pre-production system, intended for academic collaborations, laboratory testing, pilot programs, and R&D partnerships.
For configuration details, customization options, or prototype access, please contact us.
