Super Flexible Medical Coaxial Cable | Blue Double Shielded Cable For Diagnostic Equipment

ULTRA-FLEXIBLE MEDICAL COAXIAL CABLE: ENHANCED MOBILITY FOR ADVANCED DIAGNOSTICS

Our Ultra-Flexible Medical Coaxial Cable is engineered for the most demanding, dynamic clinical environments where unrestricted movement is critical. This version is optimized for superior flexibility through a fine-stranded tinned copper conductor, allowing for smooth, repeated manipulation without compromising signal integrity. Encased in a distinctive blue, medical-grade silicone sheath, it provides excellent visual differentiation in complex setups. With its AL foil and TCWB tinned copper wire braiding double shield, it delivers exceptional protection against electromagnetic interference, ensuring clear, reliable signal transmission for high-precision ultrasound probes, portable diagnostic carts, and interventional radiology equipment.

KEY FEATURES & TECHNICAL ADVANTAGES

✔ Exceptional Flexibility - Fine-stranded tinned copper conductor enables tight bending radii and repeated flexing without conductor fatigue, ideal for handheld probes and moving equipment arms.
✔ Reliable Double Shielding - AL foil + TCWB braid provides comprehensive EMI/RFI shielding (typically >95% coverage) to protect sensitive low-voltage signals in noisy hospital environments.
✔ Medical-Grade & Color-Coded - The blue, super-smooth silicone sheath is biocompatible (ISO 10993 compliant), easy to clean, and allows for instant visual circuit identification, enhancing clinical workflow and safety.
✔ Durable & Sterilizable - Withstands repeated cleaning and common sterilization methods (e.g., low-temperature hydrogen peroxide plasma, EtO) without degradation of electrical or mechanical properties.
✔ Optimized Signal Integrity - Consistent 50Ω or 75Ω impedance (customizable) ensures minimal signal loss and reflection, crucial for high-fidelity imaging and data accuracy.

SPECIFICATIONS & CONSTRUCTION

WHY CHOOSE OUR ULTRA-FLEXIBLE MEDICAL COAXIAL CABLE?

We go beyond standard cables by focusing on the ergonomic and performance challenges of modern medicine. This cable is designed for dynamic use cases—where a standard cable might stiffen or kink, our fine-strand design maintains fluid movement, reducing operator fatigue and improving patient access. The blue sheath isn't just for aesthetics; it supports color-coded safety protocols in operating theaters and labs. As a manufacturer with expertise in compliant medical device components, we ensure our cables support your path to certifications, offering documentation for biocompatibility, sterilization validation, and electrical safety relevant to global and regional markets, including Latin America.

TYPICAL APPLICATIONS

• Diagnostic Ultrasound: Flexible cabling for transducer probes, especially in cardiology, obstetrics, and portable point-of-care units.

• Minimally Invasive Surgery: Connections for endoscopic ultrasound (EUS), intracardiac echocardiography (ICE) catheters, and other guided imaging tools.

• Patient Monitoring & Mobile Carts: Durable, tangle-resistant cables for portable ultrasound machines, vital sign monitors on rolling stands, and telemedicine equipment.

• Electrophysiology & Ablation: RF signal transmission in cardiac mapping and ablation systems, where flexibility and reliability are paramount.

• Request Free Sample - Evaluate the drape and feel for your application

• Download Compliance Documentation - Access detailed specs, compliance outlines, and sterilization guidelines.

• Contact Our Medical Engineering Team - Discuss impedance, length, connector integration, and regional compliance needs.

• Get Custom Quotation - Receive a tailored quote for your OEM project, including value-added services.

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FAQ

Q1: What specific advantage does the fine-stranded conductor offer over a standard one?
A: The fine-stranded design significantly increases the cable's flex life—the number of bending cycles it can withstand before failure. This is critical for cables on articulating arms, handheld probes, or any application involving constant movement, reducing long-term replacement costs.

Q2: Why is a blue sheath used, and are other colors available?
A: Blue is a common standard for non-invasive imaging cables (like ultrasound), helping differentiate them from other medical cables (e.g., red for power, yellow for alarm). Yes, we offer a full spectrum of colors (red, yellow, green, grey, black) for custom coding per your hospital or device protocol.

Q3: Can this cable be used in MRI environments?
A: No, this standard version is not MRI-Conditional. The conductive metal (copper) in the shield would pose a risk. For MRI applications, we engineer specialized non-magnetic, RF-shielded cables using different materials. Please inquire about our MRI-safe cable solutions.

Q4: How does the cable comply with Latin American standards like IRAM or NMX?
A: While final product certification is the device manufacturer's responsibility, we design and manufacture the cable using principles and materials that align with the safety and performance requirements of standards like IRAM 2178 (Argentina) and NMX-J-325/1-ANCE (Mexico) for medical electrical equipment. We provide supporting material documentation to aid in your compliance process.

Q5: What are the lead times for a custom version with specific connectors?
A: For a custom-configured cable (specific length, impedance, color, and connectors), prototype lead time is typically 4-6 weeks. Production lead times depend on volume but generally range from 8-12 weeks. We recommend engaging early in your design phase.