High-Density Multi-channel EEG Substrate Cap | Printed 10-5 System Cap for EEG FNIRS Simultaneous Recording, PSG, BCI

  • Ultra High-Density Multi-Channel Matrix: Precision-engineered for ultra-high-density EEG, source localization, and complex Brain-Computer Interface (BCI) research requiring up to Multi channels.
  • Comprehensive 10-5 / 10-10 Printed System: High-contrast silk-screened site labels (FCC3h, CCP3h, FFC5h, TTP7h, etc.) mapped directly beside electrode holders for error-free position identification.
  • Dual-Function Holders & Ventilation Ports: Features durable white mounting rings for cup/active electrodes integrated alongside large ventilation ports for heat dissipation and comfort.
  • Ergonomic Elastic Royal Blue Fabric: High-stretch textile with precision ear cutouts and soft edge binding ensures uniform scalp tension during prolonged high-density recording sessions.
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CERESENSO High-Density Multi-Channel EEG Substrate Cap – Precision Platform for Advanced Brain Mapping

CERESENSO High-Density Multi-Channel EEG Substrate Caps deliver an advanced, customizable platform for high-resolution electroencephalography, cortical source localization, and next-generation Brain-Computer Interface (BCI) research. Featuring up to Multi pre-positioned channel locations mapped according to extended international 10–5 / 10–10 placement standards, this cap provides uncompromised spatial resolution for complex neurological studies.

Each electrode site is clearly silk-screened with high-visibility position codes (such as FCC3h, CCP3h, FFC5h, CPP5h, TTP7h, and FT9) directly adjacent to white holder rings. Strategically placed large ventilation ports between electrode channels allow optimal airflow, reducing participant discomfort and scalp sweating during multi-hour experimental sessions.

Ultra High-Density 10-5 System Mapping for Research Accuracy

Engineered specifically for academic institutions, neuro-engineering labs, and clinical research facilities requiring dense spatial sampling.

  • Multi-Channel Extended 10–5 Grid: Enables high-density spatial mapping essential for event-related potential (ERP) analysis, microstate decoding, and neural source imaging.
  • High-Visibility Site Screen-Printing: Crisp, clear letterings printed beside every electrode port ensure fast identification and accurate lead wire tracking.
  • Durable White Electrode Holder Rings: Pre-installed holders securely mount standard cup electrodes, active sensors, or hybrid probes while maintaining steady contact pressure.
  • Integrated Cooling Ventilation Ports: Promotes natural heat dissipation to prevent sweat bridges and maintain impedance stability during long-term recording.

Ergonomic Elastic Fabric & Long-Term Wearability

Designed to balance maximum sensor density with subject comfort and simple laboratory maintenance.

  • High-Elasticity Blue Stretch Textile: Contours smoothly over varied skull shapes, delivering consistent scalp contact without tight pressure hot-spots.
  • Anatomical Ear Openings & Edge Binding: Tailored side cutouts avoid ear cartilage compression and enhance durability against repeated stretch cycles.
  • Syringe-Friendly Gel Delivery: Open-center holder rings allow quick injection of conductive gel (such as NL7 or NL3) directly to the scalp for rapid setup.
  • Washable & Reusable Construction: Laser-cut edges and resilient screen-printed markings endure routine laboratory washing, gel cleaning, and sanitization.

Broad Applications in Advanced Neuro-Science & BCI Development

Ideal for university research facilities, medical technology developers, and multimodal neuro-imaging centers.

  • High-Resolution Brain-Computer Interface (BCI) & Neuroprosthetic Decoding
  • Cortical Source Localization & Evoked Potential (ERP) Research
  • Hybrid Multimodal Signal Recording (EEG + fNIRS / tDCS / tACS)
  • Cognitive Neuroscience, Sleep PSG, & Neurological Disease Diagnostics

Technical Specifications

Parameter Specification
Product Name High-Density Multi-Channel EEG Substrate Cap
Channel Capacity Up to Multi Channels (Customizable 32 / 64 / 130 layout matrix)
Placement Standard Extended International 10–5 / 10–10 Placement System
Fabric Material High-elasticity breathable stretch textile (Royal Blue)
Features White mounting rings + Integrated cooling ventilation cutouts
Customization Options Custom hole sizes, printed labels, channel density, colors & OEM branding

Supporting EEG Laboratory Consumables

  • NL5 Skin Prep Gel – Fast-acting skin preparation gel for clearing scalp oils and lowering contact impedance.
  • NL3 EEG Conductive Paste – Adhesive conductive paste formulated for long-term electrode adhesion and signal stability.
  • NL7 EEG Conductive Gel – Highly conductive, water-soluble gel for quick injection and effortless post-test washing.

Request a Quote or Ask a Question

Source custom high-density Multi-channel EEG substrate caps from CERESENSO. We provide full OEM customization for channel density, aperture sizes, custom 10-5 layouts, full size ranges, and factory-direct pricing for research institutions and medical hardware manufacturers worldwide.

  • Tailor-made channel counts (32, 64, 128 channels) and custom pinouts
  • Complete sizing options (Infant, Pediatric, Small, Medium, Large, XL)
  • Factory-direct supply with rapid worldwide express delivery
  • One-stop shop for high-density caps, cup electrodes, prep gels, and pastes

Request a Quote
Ask a Question

Frequently Asked Questions (FAQ)

What is a high-density Multi-channel EEG substrate cap?

It is a high-precision positioning cap designed with up to 130 pre-mapped channel locations following the extended 10-5 system. It serves as a structural substrate for mounting custom electrodes, active sensors, or optical optodes for advanced brain imaging and research.

Why are there ventilation holes between the electrode holders?

High-density EEG setups cover a large portion of the head. The integrated cooling ports improve airflow, significantly reducing participant sweating, which prevents short-circuiting between adjacent channels (sweat bridges).

Can this Multi-channel cap be customized for specific holder sizes?

Yes. We offer complete OEM customization. You can adjust the holder diameter to fit your specific cup electrodes, active electrode rings, or fNIRS probes, as well as customize the printed site labels.

How do you wash and care for this high-density cap?

After testing, remove mounted electrodes or sensors, soak and gently rinse the cap in warm water to dissolve conductive gel, and let it air dry naturally in a shaded area.

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