Flexible Silicone Shielded Medical Cable | 4x0.50mm² TC/Silicone/TCWB/Silicone
FLEXIBLE SILICONE SHIELDED MEDICAL CABLE: ULTIMATE FLEXIBILITY FOR PATIENT-CONNECTED DEVICES
Our Flexible Silicone Shielded Medical Cable delivers exceptional performance and comfort for medical devices requiring maximum flexibility and patient safety. This advanced cable features 4 individually insulated 0.50mm² tinned copper conductors with silicone insulation, comprehensive TCWB (Tinned Copper Wire Braiding) shielding, and an ultra-flexible medical-grade silicone outer sheath. Engineered specifically for patient monitoring, portable medical devices, and wearable healthcare equipment, this cable combines superior EMI protection with the unparalleled flexibility, biocompatibility, and sterilization resistance demanded in modern clinical and home healthcare settings.
KEY FEATURES & TECHNICAL ADVANTAGES
✔ Exceptional Flexibility - Full silicone construction provides unmatched drape and pliability for patient comfort and device maneuverability
✔ Medical-Grade Safety - Biocompatible silicone materials meet ISO 10993 standards for patient and clinical safety
✔ Effective EMI/RFI Shielding - TCWB braiding protects sensitive physiological signals from hospital electrical noise
✔ Sterilization & Chemical Resistance - Withstands repeated autoclaving and exposure to disinfectants
✔ Enhanced Durability - Resists kinking and maintains integrity despite frequent clinical handling
SPECIFICATIONS & CONSTRUCTION
| Parameter | Specification |
|---|---|
| Configuration | 4x0.50mm² |
| Conductor | TC (Tinned Copper) - finely stranded for optimal flexibility |
| Insulation | Medical-Grade Silicone Rubber |
| Shielding | TCWB (Tinned Copper Wire Braiding) - typically ≥85% coverage |
| Sheath | Ultra-Flexible Medical-Grade Silicone Rubber |
| Temperature Range | -60°C to +180°C (for sterilization) |
| Voltage Rating | Typically 300V |
| Key Standards | Materials comply with ISO 10993, ISO 13485 quality systems |
WHY CHOOSE OUR ULTRA-FLEXIBLE MEDICAL CABLE?
We specialize in engineering cables that bridge the gap between clinical functionality and patient comfort. Unlike hybrid constructions, this cable's all-silicone design provides consistent, superior flexibility across its entire length, making it ideal for cables that rest against patient skin or connect to moving body parts. The tinned copper braid shield offers effective protection in the electrically complex environment of a modern hospital. Our focus on medical-grade material selection and processing ensures the cable withstands the rigors of clinical life—repeated sterilization, constant flexing, and chemical exposure—without compromising performance or safety.
TYPICAL APPLICATIONS
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Patient Monitoring Systems: Cables for ECG leads, pulse oximetry sensors, and multi-parameter monitors where patient movement is frequent.
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Portable & Wearable Devices: Wiring for ambulatory monitors, Holter monitors, and emerging wearable health trackers.
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Neonatal & Pediatric Care: Ultra-soft cables for sensitive patient populations where comfort and flexibility are paramount.
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Physiotherapy & Rehabilitation Equipment: Connections for TENS units, muscle stimulators, and mobility aids.
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Bedside & Homecare Diagnostics: Cabling for devices used in non-clinical settings requiring robust yet flexible connections.
Get More About Our Custom Medical Cable
Professional article 1：What is Medical Cable Used For?
Professional article 2：Case Study: Designing a Custom High-Flex Medical Coaxial Cable for Next-Gen Diagnostic Imaging
Related Medical Cable below:
- Request Sample & Compliance Data - Feel the superior drape and softness firsthand.
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Download Technical Specifications - Access summaries for biocompatibility and sterilization.
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Contact Our Engineering Team - Discuss your specific application and compliance needs.
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Get Competitive Quotation - Receive pricing for your integrated cable solution.
FAQ
Q1: Why is an all-silicone construction better than silicone/FEP hybrid for some applications?
A: An all-silicone build offers maximum, consistent flexibility, which is critical for cables that need to drape naturally, resist kinking, and be exceptionally gentle on skin. It is the preferred choice when ultimate flexibility outweighs the need for the slightly higher dielectric strength of FEP.
Q2: How does the TCWB shield perform in a hospital's RF-rich environment?
A: The tinned copper braid provides excellent broadband shielding effectiveness, protecting the low-voltage signals from patient sensors (like ECG or EEG) from interference generated by imaging equipment, radios, and other hospital electronics.
Q3: Can this cable be color-coded for different hospital departments or functions?
A: Absolutely. We offer the silicone sheath in a wide range of standard medical colors (e.g., blue, gray, white, purple) for departmental coding or functional differentiation, supporting hospital safety and organization protocols.
Q4: What is the cable's minimum bend radius, and why does it matter?
A: The minimum bend radius is exceptionally low due to the silicone materials and fine stranding, often as low as 4-5x the cable diameter. This matters for preventing conductor damage, maintaining signal integrity, and ensuring the cable fits neatly in coiled storage or around equipment.
Q5: Do you offer versions with different shielding effectiveness or coverage?
A: Yes. While standard coverage is ≥85%, we can engineer cables with alternative shielding designs, such as higher-coverage braids or foil/braid combinations, to meet specific EMC/EMI requirements for your medical device certification.