Multi core ECG Cable 6 lead Coaxial Low Noise cable-EC206S-004
Feature
Conectmed specializes in manufacturing high-performance 6 lead multi core coaxial low noise cable configurations on master spools, engineered strictly for high-sensitivity medical diagnostic devices. By seamlessly combining an advanced graphene coating semi-conductive layer with a medical-grade Huntsman TPU jacket, our factory-direct bulk lines provide elite triboelectric noise suppression and exceptional signal integrity. These premium 6-conductor coaxial arrays are custom-built to eliminate motion artifacts in complex ECG, EEG, and electrophysiological telemetry environments.
Separate shielding for each core conquers the problem for Multicore cables that caused by the uncompacted contact between the conducting layer of each core and overall shielding.
Graphene coating Low Noise layer shoot the “instability” of tradtional Low noise layer which was caused by the instability of semi-conducting pvc. For High end application.
“Why Global Medical Device OEMs Specify Our Graphene Low-Noise Series: Standard commodity micro-coaxial wires suffer from massive noise interference during patient movement. Conectmed engineers the 6 lead low noise cable series to surpass strict clinical thresholds:
Elite Anti-Friction Matrix: Precision-engineered graphene coating effectively drains static and structural charges induced by repetitive cable bending and twisting.
Huntsman Elastollan TPU Protection: Extruded with premium Huntsman TPU to guarantee elite bio-compatibility, soft-touch comfort, and high endurance against intensive hospital-grade chemical disinfection.
Flexible Factory Customization: Need modified AWG gauges (from 32 AWG down to micro-fine 44 AWG), customized shielding densities (>95% tinned copper braid), or specific color-coded layouts? We support agile prototype Access Runs starting from 1,000 meters.”
technical specification
| Model | EC206S-004 | ||
| Conductor | Material | TINNED COPPER WIRE+ARAMID FIBER YARN | |
| Specification | 11/0.05±0.003 | ||
| Insulation | Material | HDPE | |
| Nom.Thickness | 0.2 | ||
| Nom.O.D. | ø0.60士0.05 | ||
| Colour | White | ||
| Inner Jacket | Material | PE | |
| Nom.Thickness | 0.1 | ||
| Nom.O.D. | ø1.05士0.15 | ||
| Colour | White/Black/Red/Green/Brown/Orange | ||
| Low Noise Layer | Material | Graphene | |
| Separator | Material | PTFE Tape | |
| Filler | Material | 1000D*3 KEVLAR+TPE | |
| Shield | Material | Tinned copper | |
| Specification | 50士5/0.05TC | ||
| Coverage | >90% | ||
| Jacket | Material | TPU (5040) | |
| Nom.Thickness | 0.4 | ||
| Nom.O.D. | ø4.40士0.20 | ||
| Colour | Green | ||
🛑 Stop Letting Rigid Wire Brokers Limit Your Telemetry Device Performance.
Partner with an ISO 13485 Certified Low-Noise Medical Cable Manufacturer.
If this 6-lead multi-core coaxial low noise cable configuration with a Huntsman TPU jacket and graphene coating aligns with your active clinical sensor blueprint, fill out the form below.
👉 Submit your internal wire layout drawing, specify your target core AWG sizes, and request your Free Factory Bulk Samples now!
Download Biocompatibility testing Report for this 6 lead ECG cable
- TPU5040-Skin-Irritation-Sodium-Chloride-PASS-M202007193-9-GBT16886.pdf
- TPU5040-Skin-lrritation-Sesame-oil-extract-PASS-M202007193-6-ISO-10993-10.pdf
- TPU5040-Skin-lrritation-Sesame-Oil-Extract-PASS-M202007193-10-GBT16886.pdf
- TPU5040-Skin-lrritation-Sodium-Chloride-PASS-M202007193-5-10993-10.pdf
- TPU5040-Skin-Sensitization-Sesame-Oil-Extract-PASS-M202007193-4-ISO10993-10.pdf
- TPU5040-Skin-Sensitization-Sesame-oil-extract-PASS-M202007193-8-GBT-16886.pdf
- TPU5040-Skin-Sensitization-Sodium-Chloride-PASS-M202007193-7-GBT16886.pdf
- TPU5040-Skin-Sensitization-Sodium-Chloride-PASS-M202007193-3-ISO10993-10.pdf
- TPU5040-Vitro-Cytotoxicity-PASS-M202007193-1-ISO10993-5.pdf
- TPU5040-Vitro-Cytotoxicity-PASS-M202007193-2-GBT-16886.pdf