Custom Perforated EEG Substrate Cap | Elastic Fabric Cap with Precision Aperture Holes

  • Precision Perforated EEG Substrate Cap: High-elasticity fabric cap with laser-cut aperture holes designed for flexible mounting of individual cup electrodes, active sensors, or fNIRS optodes.
  • Standard 10-20 System Layout: Aperture grid precisely aligned according to international 10–20 / 10–10 placement rules, facilitating accurate scalp position measurement.
  • Ergonomic Fit & Edge-Bound Durability: Smooth, breathable dark fabric featuring tailored ear openings and reinforced border stitching for optimal tension distribution and long-term wear.
  • Fully Customizable Apertures & OEM Sizes: Customizable hole diameters, custom channel matrices, and private-label manufacturing options for neurotech researchers and developers.
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CERESENSO Custom Perforated EEG Substrate Cap – Versatile Platform for Neuro-Sensors

CERESENSO Perforated EEG Substrate Caps offer a highly adaptable, professional headgear platform for custom neurodiagnostic builds, Brain-Computer Interface (BCI) research, and multimodal brain imaging. Featuring laser-cut aperture holes accurately positioned according to international 10–20 system rules, this substrate cap allows researchers to insert custom cup electrodes, active sensors, dry electrodes, or optical probes with high spatial reliability.

Crafted from premium stretchable fabric with smooth edge binding and ergonomic ear cutouts, this cap maintains uniform scalp pressure while keeping mounted sensors firmly fixed during long-term experiments or active movement paradigms.

Precision Laser-Cut Apertures for Multi-Sensor Integration

Designed to simplify custom sensor mounting and adapt to various experimental protocols.

  • Standardized 10–20 / 10–10 Aperture Grid: Pre-punched hole matrix ensures consistent and repeatable scalp locations across diverse testing groups.
  • Multimodal Sensor Adaptability: Ideal for mounting disk electrodes, specialized holders, active leads, and hybrid EEG/fNIRS optical probes.
  • Clean Laser-Cut Edges: Precision hole cutting prevents fabric fraying and maintains structural integrity through repeated stretch cycles.
  • Customizable Hole Diameters & Layouts: Tailor-made aperture sizes and channel configurations available to suit unique laboratory hardware requirements.

Ergonomic Elastic Fabric & Long-Term Experimental Comfort

Engineered for participant comfort during extended recording paradigms and overnight sleep studies.

  • High-Density Stretchable Textile: Flexible material contours comfortably around different head geometries to ensure steady scalp contact.
  • Tailored Ear Cutouts & Chin Support: Anatomical side openings prevent pressure build-up on ears and support fixation with chin or chest straps.
  • Breathable & Lightweight Construction: Excellent air permeability reduces sweat accumulation during prolonged neuro-monitoring tasks.
  • Reusable & Easy to Wash: Durable fabric withstands routine laboratory cleaning, water rinsing, and gel washing.

Broad Applications in Brain Research & Device Development

Ideal for university labs, medical device OEMs, and neurotech pioneers developing custom acquisition systems.

  • Custom Brain-Computer Interface (BCI) & Neuroprosthetic Prototypes
  • Hybrid Multimodal Recording (EEG + fNIRS / tDCS / tACS)
  • Polysomnography (PSG) Sleep Research & Long-Term Monitoring
  • Custom Neuro-Sensing DIY Builds & Academic Experiments

Technical Specifications

Parameter Specification
Product Name Custom Perforated EEG Substrate Cap
Placement Grid International Standard 10–20 / 10–10 System Layout
Fabric Material High-elasticity breathable textile (Charcoal Gray / Black)
Aperture Hole Size Standard 3mm–8mm (Customizable per client specifications)
Fastening System Compatible with chin straps or chest harnesses
Customization Options Custom hole size, aperture quantity, site printing & OEM branding

Supporting EEG Laboratory Consumables

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Source custom perforated EEG substrate caps from CERESENSO. We offer complete OEM customization for aperture dimensions, custom channel layouts, full head-size spectrums, and factory-direct pricing for research institutions and medical hardware manufacturers globally.

  • Custom hole diameters tailored to your specific sensors or optodes
  • Complete sizing options (Infant, Pediatric, Small, Medium, Large)
  • Factory-direct supply with rapid worldwide express delivery
  • One-stop shop for positioning caps, cup electrodes, and conductive gels

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Frequently Asked Questions (FAQ)

What is a perforated EEG substrate cap?

A perforated EEG substrate cap is an elastic headcap featuring precision pre-punched aperture holes following international 10-20 rules. It serves as a base fabric structure allowing technicians or researchers to manually mount custom electrodes, active sensors, or optical optodes.

Can I order custom hole sizes for specific sensors or fNIRS optodes?

Yes. We support full OEM customization. You can specify the exact aperture diameter (e.g., 3mm, 5mm, 8mm) and the specific hole distribution matrix required for your recording equipment.

How do you insert electrodes into the perforated holes?

Electrodes or sensor holders are pushed through the pre-cut apertures from the inside or outside of the cap. Conductive paste or gel (such as NL3 or NL7) can then be applied through the opening directly onto the scalp.

Is this substrate cap reusable and washable?

Yes. The laser-cut edges prevent the stretch fabric from fraying. After experiments, remove mounted sensors, rinse the fabric cap in warm water to dissolve gel residue, and allow it to air dry for reuse.

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