EN
Hotten 4C Silicone Outer Sheath Ultrasound Cable Micro Coaxial Cable for Ultrasound Probe
| Name | Material |
| Conductor | Silver plated copper |
| Tinned copper | |
| Silver plated copper alloy | |
| Tinned copper alloy | |
| Insulation | Teflon:PTFE/ePTFE/FEP/PFA |
| Shield | Tinned copper/Silver plated copper |
| CU/PET、 AL/PET | |
| Sheath | PFA/FEP/PTFE |
| Jacket | PVC/TPU/TPE/Silicone/PFA/FEP |
- Overview
- Recommended Products
◆ 4 Core Silicone Ultrasound Probe Cable
Flexible Micro Coaxial Cable Solution for Medical Ultrasound Applications
HOTTEN 4 Core Silicone Ultrasound Probe Cable is designed for medical ultrasound probes and precision imaging equipment, providing stable signal transmission, excellent flexibility and reliable long-term performance.
Based on micro coaxial cable technology, this cable achieves a compact structure while maintaining excellent electrical performance, making it suitable for modern medical devices requiring high-density signal transmission.
◆ Key Advantages
✓ Micro coaxial cable structure for stable signal transmission
✓ Soft silicone outer jacket for excellent flexibility and durability
✓ Compact cable design suitable for medical probe applications
✓ Reliable shielding performance to reduce signal interference
✓ Customized cable solutions available for OEM medical equipment manufacturers
◆ Product Features
High Flexibility Silicone Cable Design
The silicone outer jacket provides excellent softness and bending performance, making the cable suitable for handheld medical devices that require frequent movement and repeated operation.
Stable Signal Transmission
HOTTEN micro coaxial cable technology uses optimized conductor structures, insulation materials and shielding designs to maintain reliable signal integrity for medical imaging applications.
Compact Structure for Medical Devices
With a small diameter and high-density structure, this ultrasound probe cable helps equipment manufacturers achieve compact and lightweight product designs.
◆ Applications
This 4 Core Silicone Ultrasound Cable is suitable for:
● Ultrasound probe systems
● Medical imaging equipment
● Diagnostic ultrasound devices
● Portable ultrasound equipment
● Precision medical instruments
◆ Customized Cable Solutions
Different medical devices require different cable structures and performance specifications.
HOTTEN provides customized solutions including:
✓ Core number customization
✓ AWG size selection
✓ Cable length customization
✓ Conductor material selection
✓ Shielding structure optimization
✓ Silicone, PFA, FEP and other jacket materials
From prototype development to mass production, HOTTEN supports customers with professional cable engineering services.
◆ Technical Information
Typical cable structures can be customized according to application requirements.
Available options include:
● Micro coaxial cable structure
● Multi-core cable design
● Customized impedance requirements
● Different insulation and jacket materials
● OEM cable assembly solutions
Engineering & Procurement Considerations
Why is micro coaxial cable used in ultrasound probe connections?
Micro coaxial cable can provide individually structured signal paths within a compact cable construction. For ultrasound probes, this can help engineers integrate the required electrical connections while managing the limited space available around the probe and its connection interface.
What are the advantages of a 4-core ultrasound probe cable?
A 4-core configuration provides a compact multi-conductor connection for ultrasound probe applications where a lower number of electrical paths is required. Compared with high-core-count probe cables, the appropriate structure depends on the specific electrical interface and system architecture.
Why is a silicone outer sheath useful for an ultrasound probe cable?
A silicone outer sheath can provide a soft and flexible external structure for applications where the cable needs to accommodate movement and routing around the probe. Engineers should evaluate the sheath together with the conductor construction, bending requirements, cable diameter, and operating environment.
How should engineers design a flexible micro coaxial ultrasound cable?
The design should balance electrical requirements with mechanical constraints. Conductor structure, dielectric and insulation materials, shielding, outer sheath, cable diameter, minimum bending radius, and termination method should all be considered together rather than selecting the cable based on flexibility alone.
What should be considered when routing a 4-core cable inside an ultrasound probe assembly?
Engineers should confirm the available installation space, cable entry position, bending path, connector location, required cable length, and potential mechanical stress at the termination points. These factors help determine the appropriate cable geometry and assembly configuration.
What information should buyers provide when sourcing a custom 4-core micro coaxial ultrasound cable?
The RFQ should define the 4-core configuration, micro coaxial construction, silicone outer sheath requirement, conductor specifications, electrical characteristics, cable diameter, length, shielding requirements, connector interface, pin assignment, bending requirements, and termination method. A drawing or sample can help the manufacturer verify the required mechanical and electrical interface.
◆ Why Choose HOTTEN
HOTTEN specializes in high-precision electronic wires, micro coaxial cables and customized medical cable solutions.
Our capabilities include:
✓ Micro coaxial cable manufacturing
✓ Ultra-fine wire processing
✓ Precision extrusion technology
✓ Cable structure development
✓ Prototype validation and mass production
◆ FAQ
Q:What is an ultrasound probe cable?
A:An ultrasound probe cable connects the ultrasound transducer probe with the imaging system and transmits electrical signals required for medical image generation.
Q:Why are micro coaxial cables used in ultrasound probes?
A:Micro coaxial cables provide compact size, excellent shielding performance and stable signal transmission, making them suitable for high-precision medical imaging devices.
Q:Can HOTTEN customize ultrasound probe cables?
A:Yes. HOTTEN provides customized medical cable solutions according to customer requirements, including cable structure, conductor materials, shielding design and jacket materials.
