High Quality Support for Customized Intracardiac Ultrasound Cable
| Procurement Item | Recommended Information |
|---|---|
| Application | Intracardiac ultrasound / ICE catheter system |
| Device Type | Intracardiac echocardiography catheter or imaging device |
| Cable Type | Customized medical imaging cable |
| Core Configuration | Number of conductors and configuration |
| Conductor | Material and AWG |
| Insulation | Required insulation material |
| Shielding | Shield structure and EMI requirements |
| Cable Diameter | Target or maximum allowable OD |
| Cable Length | Required finished length |
| Flexibility | Bending and routing requirements |
| Jacket | Required outer material |
| Connector | Connector model / part number |
| Pinout | Contact configuration and termination requirements |
| Electrical Requirements | Continuity, insulation resistance and other system requirements |
| Prototype Quantity | Required engineering samples |
| Production Volume | Expected recurring production volume |
| Drawing / BOM | Available technical documentation |
| Testing | Required electrical, dimensional and mechanical inspection |
| 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
- Core count customization
- AWG selection
- Cable diameter adjustment
- Length customization
- PTFE
- FEP
- PFA
- Silicone
- TPU
- Silver plated copper
- Tinned copper
- Silver plated copper alloy
- Tinned copper alloy
- PTFE
- ePTFE
- FEP
- PFA
- Tinned copper
- Silver plated copper
- CU/PET
- AL/PET
- PVC
- TPU
- TPE
- Silicone
- PFA
- FEP
Available installation space
Maximum cable diameter
Internal routing path
Required bending radius
Cable length
Connector location
Termination dimensions
Interaction with other catheter components
Required flexibility
Conductor configuration
Conductor material
Insulation structure
Shielding type
Cable geometry
Cable length
Connector termination
Signal-transmission requirements
Core configuration
AWG selection
Conductor material
Insulation material
Shielding structure
Cable diameter
Cable length
Jacket material
Connector assembly
Pin configuration
Termination method
Prototype samples
Mass-production configuration
ICE catheter application
Cable drawing
Core configuration
Conductor material and AWG
Maximum cable diameter
Insulation requirements
Shielding requirements
Cable length
Flexibility requirements
Jacket material
Connector model / part number
Pinout or termination drawing
Prototype quantity
Expected production volume
Required testing and inspection
Applicable quality or compliance requirements
- ICE Probe Cable
- IVUS Imaging Wire
- Ultrasound Probe Cable
- Endoscope Cable
- RF Ablation Cable
- Micro Coaxial Cable
FAQ
Can HOTTEN customize intracardiac ultrasound cables?
Yes. HOTTEN provides customized ICE cable solutions including conductor design, shielding structure, insulation materials, dimensions and assembly services.
What factors affect ICE cable performance?
Important factors include signal integrity, cable flexibility, shielding performance, capacitance control and mechanical reliability.
What industries use ICE cables?
ICE cables are mainly used in intracardiac ultrasound systems, electrophysiology devices and cardiovascular imaging equipment.
Product Overview
Customized Intracardiac Ultrasound Cable for ICE Medical Systems
HOTTEN provides customized intracardiac ultrasound cable solutions designed for ICE systems requiring high-performance signal transmission, flexible structures and reliable medical-grade cable performance.
Our engineering team supports OEM customers from cable design and material selection to prototype development and mass production.
With advanced cable manufacturing capabilities, HOTTEN delivers customized solutions for complex cardiac imaging applications.
Key Features
OEM ICE Cable Customization Capability
Customized Cable Structure
Supports:
High Signal Integrity
Optimized cable structures help maintain stable ultrasound signal transmission.
Flexible Medical Design
Suitable for catheter-based and handheld medical imaging devices.
Advanced Shielding
Supports different shielding solutions for noise reduction.
Medical Grade Materials
Available materials:
Cable Structure
Customized ICE Cable Configuration
HOTTEN ICE 产品目前支持:
Conductor
Insulation
Shielding
Jacket
Applications
ICE Cable Applications
Suitable for:
🫀 Intracardiac Echocardiography Systems
❤️ Cardiac Electrophysiology Equipment
🩺 Structural Heart Intervention Devices
🔬 Cardiovascular Imaging Systems
🏭 Medical Device OEM Projects
Customization Options
Complete ICE Cable OEM Service
HOTTEN supports:
✔ Cable design
✔ Prototype samples
✔ Electrical optimization
✔ Shielding design
✔ Connector assembly
✔ Material selection
✔ Mass production
✔ Quality testing
Quality Assurance
ICE Cable Testing
Testing includes:
✔ Continuity testing
✔ Insulation resistance testing
✔ Withstand voltage testing
✔ Capacitance testing
✔ Impedance testing
✔ Flexibility testing
Engineering & Procurement Considerations
What Engineers Should Consider When Selecting an Intracardiac Ultrasound Cable
An intracardiac ultrasound cable is used to connect an intracardiac echocardiography (ICE) catheter or related imaging components with the supporting medical imaging system.
For customized ICE cable projects, engineers should evaluate cable diameter, conductor configuration, signal transmission, shielding, flexibility, connector compatibility and catheter integration as a complete system.
Because intracardiac ultrasound devices typically involve compact catheter structures and complex internal routing, the cable should be customized around the actual mechanical and electrical requirements of the device.
Key Engineering Requirements
| Engineering Requirement | Key Considerations |
|---|---|
| Catheter Integration | Cable dimensions and construction should match the available space and routing path inside the ICE catheter assembly. |
| Signal Transmission | Conductor configuration and cable construction should meet the electrical requirements of the ultrasound imaging system. |
| EMI Shielding | Shielding should be selected according to signal sensitivity and the electromagnetic environment of the device. |
| Flexibility | The cable should accommodate the required bending and routing conditions of the catheter system. |
| Compact Construction | Cable diameter should be controlled according to the device's internal space limitations. |
| Connector Compatibility | Connector and termination configuration should match the catheter and equipment interface. |
| Mechanical Reliability | Cable construction should withstand the expected handling and routing conditions of the finished device. |
| Production Consistency | Dimensional, electrical and assembly consistency should be maintained across production batches. |
Key Procurement Parameters
When sourcing a customized intracardiac ultrasound cable, engineering and procurement teams should confirm:
| Procurement Item | Recommended Information |
|---|---|
| Application | Intracardiac ultrasound / ICE catheter system |
| Device Type | Intracardiac echocardiography catheter or imaging device |
| Cable Type | Customized medical imaging cable |
| Core Configuration | Number of conductors and configuration |
| Conductor | Material and AWG |
| Insulation | Required insulation material |
| Shielding | Shield structure and EMI requirements |
| Cable Diameter | Target or maximum allowable OD |
| Cable Length | Required finished length |
| Flexibility | Bending and routing requirements |
| Jacket | Required outer material |
| Connector | Connector model / part number |
| Pinout | Contact configuration and termination requirements |
| Electrical Requirements | Continuity, insulation resistance and other system requirements |
| Prototype Quantity | Required engineering samples |
| Production Volume | Expected recurring production volume |
| Drawing / BOM | Available technical documentation |
| Testing | Required electrical, dimensional and mechanical inspection |
Catheter Integration Considerations
ICE cable design should be evaluated together with the mechanical architecture of the catheter.
Important considerations may include:
The final cable construction should balance electrical performance, compactness and mechanical routing rather than optimizing only one parameter.
Signal and Shielding Considerations
The electrical construction should be matched to the imaging system requirements.
Engineers may need to consider:
Where shielding is required, the appropriate structure should be selected according to the actual electrical environment and system design.
OEM Customization
HOTTEN supports customized intracardiac ultrasound cable development based on customer drawings, specifications and catheter integration requirements.
Customization may include:
For OEM projects, the cable can be developed around the customer's catheter architecture rather than being limited to an existing standard cable.
Supplier Evaluation Checklist
When evaluating an intracardiac ultrasound cable supplier, procurement teams should consider:
① Medical Imaging Cable Capability
Can the supplier manufacture customized cables for ultrasound and catheter-based imaging applications?
② Miniature Cable Manufacturing
Can the supplier maintain the required cable dimensions for compact catheter integration?
③ Signal and Shielding Capability
Can the supplier customize conductor and shielding structures according to the imaging system requirements?
④ Flexibility and Mechanical Performance
Can the cable meet the required routing and bending conditions?
⑤ Connector Assembly
Can the supplier provide the required connector, pinout and termination configuration?
⑥ Prototype-to-Mass-Production Support
Can the supplier support engineering samples and subsequent production?
Recommended RFQ Information
For an accurate engineering review and quotation, customers are recommended to provide:
Providing a cable drawing, existing sample or connector specification can help reduce uncertainty during customized cable development.
HOTTEN Intracardiac Ultrasound Cable Engineering Support
HOTTEN provides customized medical cable solutions for intracardiac ultrasound and ICE catheter applications. Cable construction, conductor configuration, insulation, shielding, dimensions and termination can be customized according to the customer's device architecture, with support for prototype development and mass production.




Why Choose HOTTEN
Professional Customized Medical Cable Manufacturer
HOTTEN focuses on:

