CERESENSO TMS-Compatible Low-Profile EEG Electrode Cables – Artifact-Free Signal Acquisition
The CERESENSO TMS-Compatible Low-Profile EEG Electrode Cables are engineered specifically for demanding non-invasive brain stimulation protocols requiring concurrent Transcranial Magnetic Stimulation and high-fidelity Electroencephalography (TMS-EEG). Built with an ultra-flat teardrop housing geometry, these electrode leads allow TMS magnetic coils to rest virtually direct against the scalp, ensuring optimal magnetic flux penetration into target cortical areas.
Utilizing premium sintered/plated Silver/Silver Chloride (Ag/AgCl) sensor elements, these electrode wires deliver exceptionally low DC offset, minimal baseline noise, and instant signal recovery following high-energy magnetic pulses. Each teardrop electrode socket features permanent, high-contrast channel labels (such as FP1, REF, CZ) and color-coded inserts, allowing researchers to build, repair, or customize high-density TMS-EEG positioning caps quickly and effortlessly.
Key Features & Advanced TMS Compatibility
Engineered for neuroscience laboratories, cognitive psychology researchers, psychiatric neuromodulation centers, and BCI hardware developers.
- Ultra-Slim Flat Teardrop Housing: Smooth, flat-profile casing reduces coil-to-scalp spacing, maximizing electrical field induction in targeted neural circuits.
- Zero Magnetic Induction Artifacts: Completely free of ferrous metals and magnetic components, preventing dangerous electrode heating and mechanical deflection during rTMS discharge.
- High-Purity Ag/AgCl Sensor Cores: Guarantees rapid amplifier recovery post-pulse, allowing clear recording of Transcranial Evoked Potentials (TEPs).
- Laser-Engraved Channel Labels: Permanent position markers (e.g., FP1, REF, F3) and color-coded tags simplify multi-channel harness assembly and maintenance.
- Flexible & Durable Lead Harness: Ultra-fine multi-strand copper/silver alloy wiring wrapped in biocompatible insulation ensures high flex resistance and minimal cable pull.
Easy Integration & Laboratory Maintenance
Designed to extend the service life of high-density positioning caps and streamline lab workflows.
- Seamless Snap-Fit Installation: Perfectly fits low-profile sockets on composite neoprene TMS positioning caps, allowing single-channel replacements in seconds.
- Corrosion-Resistant Polymer Body: Smooth plastic surface wipes clean effortlessly and resists degradation from conductive pastes, gels, and alcohol sanitizers.
- Versatile Connector Terminations: Available with standard 1.5mm Touch-Proof Safety DIN connectors, multi-pin DB25/DB37 connectors, or custom pin headers for various EEG amplifiers.
Broad Applications in Brain Stimulation & Neuroscience
Ideal for university research facilities, psychiatric neuromodulation clinics, stroke rehabilitation labs, and BCI prototyping.
- Concurrent Transcranial Magnetic Stimulation & EEG Signal Recording (TMS-EEG)
- Repetitive Transcranial Magnetic Stimulation (rTMS) Target Mapping & TEP Studies
- Evoked Potential (EP) Monitoring & Cortical Excitability Research
- Spare Electrode Lead Replacement for Low-Profile Neoprene EEG Positioning Caps
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Name | TMS-Compatible Low-Profile EEG Electrode Cables |
| Electrode Sensor Core | High-Purity Sintered / Plated Ag/AgCl (Silver / Silver Chloride) |
| Housing Geometry | Ultra-Low Profile Teardrop Housing (Non-magnetic polymer) |
| Channel Labels | 10-20 Standard Position Engravings (FP1, REF, F3, F4, etc.) |
| Compatibility Modality | TMS, rTMS, TMS-EEG, tDCS, tACS & Standard High-Density EEG |
| Connector Options | 1.5mm Touch-Proof Safety DIN, DB25, DB37, or Custom Amplifier Pinouts |
| Cable Length | 1.5m / 2.0m (Custom wire lengths available upon request) |
| Reusability | Reusable (Wipe-clean housing with warm water and disinfectant wipes) |
Supporting Brain Stimulation & EEG Accessories
- TMS-Compatible EEG Positioning Cap – Low-profile neoprene cap for concurrent TMS-EEG.
- 12×6mm Ring Base Electrical Stimulation Cables – Ring electrode cables for tDCS/tACS stimulation.
- High-Conductive EEG Gel – Low-impedance chloride gel for fast TMS-EEG signal stabilization.
Request a Quote or Ask a Question
Source factory-direct TMS-compatible low-profile EEG electrode cables directly from CERESENSO. We offer factory-direct bulk supply, custom channel labeling (e.g., FP1, REF, custom markers), flexible lead lengths, and fast worldwide express shipping for research institutions, TMS equipment manufacturers, and medical supply distributors.
- Direct manufacturer pricing on single leads, multi-channel replacement bundles, and custom lead harnesses
- Custom wire lengths, custom connector terminals, and OEM branding options
- Factory-direct bulk inventory with rapid international express dispatch
- Full technical support for concurrent TMS-EEG hardware integration
Frequently Asked Questions (FAQ)
Why choose teardrop low-profile electrodes over standard tall EEG sockets for TMS?
Standard tall EEG sockets hold the magnetic TMS coil several millimeters away from the head, causing exponential loss of magnetic field strength. Low-profile teardrop electrodes allow the coil face to lie almost flat against the scalp for precise target activation.
Are these electrode lead wires completely safe during high-intensity magnetic pulses?
Yes. The entire assembly contains zero ferrous or magnetic materials. This prevents Lorentz force displacement and eddy current induction heating, ensuring patient safety and signal integrity.
How do these electrodes handle the TMS pulse artifact in EEG data?
The high-purity Ag/AgCl core provides exceptionally rapid charge dissipation and low DC polarization, allowing TMS-compatible EEG amplifiers to recover baseline signals within milliseconds after the magnetic pulse fires.
Can I order specific replacement labels like REF or GND individually?
Yes. We supply individual replacement electrode leads with custom position markings (e.g., FP1, REF, GND, CZ) so you can replace only damaged channels rather than buying a complete new cable harness.
