Breathable Perforated EEG Substrate Cap | Printed 10-10 System Cap with Cooling Ports

  • Dual-Aperture Cooling & Positioning Matrix: Features precision round sensor apertures paired with large square ventilation cutouts for maximum scalp breathability and rapid heat dissipation.
  • Crisp 10-10 System Site Printing: High-contrast silk-screened position identifiers (Fpz, Fp1, AF3, (AFz) GND, F3, FC3, AF7, F7, F9, FT9, etc.) for high-precision electrode alignment.
  • Lightweight Elastic Charcoal Fabric: Made from high-stretch, smooth-fit textile with reinforced seam stitching to ensure long-term durability and uniform scalp contact tension.
  • Versatile OEM & Multimodal Mounting: Ideal structural base cap for mounting custom cup electrodes, dry sensors, or hybrid fNIRS optical optodes.
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CERESENSO Breathable Perforated EEG Substrate Cap – Optimal Airflow & High-Precision Mapping

CERESENSO Breathable Perforated EEG Substrate Caps deliver an advanced, highly comfortable solution for long-term electroencephalography, Brain-Computer Interface (BCI) research, and multimodal brain imaging. Designed with a dual-hole matrix that combines precision electrode apertures with large square cooling ports, this cap provides uncompromised scalp ventilation while maintaining tight, uniform tension across all recording sites.

Pre-mapped directly according to extended international 10–10 system rules, every site is silk-screened with clear, high-contrast labels (such as Fpz, Fp1, AF3, (AFz) GND, F3, FC3, AF7, F7, F9, and FT9). This allows experimenters to quickly identify lead locations and perform rapid, error-free setups.

Dual-Aperture Ventilation Grid for Extended Subject Comfort

Engineered to prevent sweat buildup and maintain impedance stability during multi-hour research paradigms.

  • Large Cooling Ventilation Windows: Maximizes natural air circulation, preventing perspiration accumulation and reducing sweat-bridge short circuits between channels.
  • Precision Electrode Aperture Holes: Pre-punched small circular openings ensure precise, repeatable positioning for manual electrode placement or gel delivery.
  • High-Contrast Silk-Screened Identifiers: Clear white site labels and reference directional indicators (such as the frontal arrow for Nasion alignment) streamline subject prep.
  • Multimodal Sensor Compatibility: Ideal structural substrate for housing standard EEG cup electrodes, dry sensor clips, tDCS/tACS stimulators, or fNIRS optodes.

Ergonomic Elastic Fabric & Long-Term Experimental Stability

Designed to balance high spatial accuracy with participant comfort and effortless laboratory maintenance.

  • High-Stretch Charcoal Gray Textile: Smooth, flexible fabric contours snugly around diverse head circumferences without creating tight pressure hot-spots.
  • Reinforced Seam & Edge Binding: Heavy-duty double-stitched seams and chin strap anchors withstand repeated stretching and long-term laboratory usage.
  • Easy Syringe & Gel Access: Open aperture holes allow direct syringe gel injection (such as NL7 or NL3) straight to the scalp.
  • Reusable & Easy to Wash: Laser-cut edges and resilient screen-printed markings endure routine warm-water rinsing, gel cleaning, and sanitization.

Broad Applications in Brain Science & Multimodal Imaging

Ideal for university research facilities, sleep clinics, and neurotech hardware developers.

  • High-Density Brain-Computer Interface (BCI) & Neuro-Decoding Research
  • Long-Term Polysomnography (PSG) Sleep Diagnostics & ERP Analysis
  • Hybrid Multimodal Signal Recording (EEG + fNIRS / Neurostimulation)
  • Custom Neuro-Sensing DIY Builds & OEM Hardware Prototyping

Technical Specifications

Parameter Specification
Product Name Breathable Perforated EEG Substrate Cap
Placement Grid International Standard 10–10 / Extended Placement Layout
Fabric Material High-elasticity breathable stretch textile (Charcoal Gray)
Aperture Design Round electrode holes + Large square cooling ventilation ports
Channel Identifiers High-visibility silk-screened site markings (Fpz, Fp1, AF3, GND, etc.)
Customization Options Custom aperture sizes, printed site names, fabric colors & OEM logo printing

Supporting EEG Laboratory Consumables

Request a Quote or Ask a Question

Source custom breathable perforated EEG substrate caps directly from CERESENSO. We provide full OEM private label customization for logo printing, aperture sizes, custom channel layouts, full sizing spectrums, and direct factory pricing for research institutes and medical hardware companies globally.

  • Custom private label printing (logos, company branding, channel labeling)
  • Complete sizing options (Infant, Pediatric, Small, Medium, Large, XL)
  • Factory-direct stock with rapid worldwide express delivery
  • One-stop shop for positioning caps, cup electrodes, prep gels, and pastes

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Frequently Asked Questions (FAQ)

What is a breathable perforated EEG substrate cap?

It is a lightweight positioning cap engineered with pre-punched electrode placement holes and large cooling cutouts. It serves as a structural fabric base for mounting custom electrodes or optodes while allowing natural scalp ventilation.

How do the square ventilation ports benefit long-term EEG recording?

The large square openings significantly improve airflow across the head, preventing excessive sweating during multi-hour tests or sleep studies. This minimizes signal distortion and prevents conductive gel bridging between channels.

Can this cap be customized for specific sensor diameters or company logos?

Yes. We offer complete OEM customization. You can specify exact aperture diameters, custom ventilation layout patterns, specific channel naming, and custom logo printing on the cap margin.

How do you wash and maintain this substrate cap?

After experiments, remove mounted sensors, rinse the fabric cap in warm water to dissolve residual gel, and let it air dry naturally in a shaded environment.

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