Medical Imaging Micro Coaxial Ultrasound Cable Assembly

Product Overview

The Medical Imaging Micro Coaxial Ultrasound Cable Assembly is a high-density cable solution designed for medical imaging systems, ultrasound probes and ultrasonic testing equipment where compact dimensions, high channel density and reliable signal transmission are required.

The cable assembly uses a micro coaxial structure to accommodate multiple signal channels within a compact and flexible cable configuration. This makes it suitable for applications where conventional multi-core cables may require excessive space or provide insufficient flexibility.

HOTTEN supports customized cable assemblies according to the customer's probe design, connector interface, channel requirements, cable length and installation conditions. The solution can be developed for prototype validation as well as volume production.

Key Features

• Micro coaxial cable construction for high-density signal transmission

• Compact structure for medical imaging and ultrasound equipment

• Suitable for multi-channel ultrasound probe applications

• Flexible cable routing for compact probe assemblies

• Individual coaxial shielding helps reduce signal interference

• Supports customized cable length and cable configuration

• Connector and pin assignment can be customized

• Suitable for prototype development and mass production

• OEM and ODM medical cable assembly support

• Designed according to customer drawings, samples and technical requirements

Typical Applications

The Medical Imaging Micro Coaxial Ultrasound Cable Assembly can be used in a variety of medical imaging and ultrasonic applications, including:

• Ultrasound Imaging Systems

• Ultrasound Probes

• Medical Imaging Equipment

• Ultrasonic Testing Equipment

• Diagnostic Ultrasound Devices

• High-Density Imaging Probes

• Medical Imaging Modules

• Portable Ultrasound Equipment

• Other Customized Medical Imaging Systems

Technical Specifications

Customization & OEM Capability

HOTTEN supports customized micro coaxial medical cable assemblies according to customer drawings, samples, connector specifications and application requirements.

Available customization options include:

• Cable length

• Number of signal channels

• Micro coaxial cable configuration

• Cable diameter

• Connector type

• Connector manufacturer

• Connector-side configuration

• Pin assignment

• Shielding structure

• Characteristic impedance

• Insulation material

• Jacket and protective structure

• Probe-side cable configuration

• Bending and routing requirements

For ultrasound and medical imaging projects, customers can provide a cable drawing, probe specification, connector part number, pin assignment, existing sample or electrical requirements.

HOTTEN can evaluate the cable structure and assembly configuration according to the available information and develop a customized solution for the application.

Manufacturing & Engineering Support

HOTTEN specializes in fine-wire and micro coaxial cable assemblies for high-density electronic and medical applications.

For medical imaging projects, cable design involves more than simply selecting a conductor. Cable diameter, channel density, flexibility, shielding, connector configuration and assembly dimensions can all affect the final probe design.

HOTTEN supports the development process from:

Sample → Prototype → Engineering Validation → Mass Production

The cable assembly can be developed around the customer's mechanical structure, electrical requirements and installation limitations.

For customized ultrasound applications, HOTTEN can integrate the micro coaxial cable, connector configuration and cable assembly structure into one complete solution.

Why Choose HOTTEN

Fine-Wire & Micro Coaxial Expertise

HOTTEN focuses on fine-wire and micro coaxial cable solutions for applications where high channel density, compact dimensions and flexible cable routing are important.

Medical Cable Assembly Capability

HOTTEN provides customized cable assembly solutions for medical and imaging equipment, supporting both development-stage samples and production requirements.

High-Density Cable Design

Micro coaxial construction allows multiple signal channels to be integrated into a compact cable structure, making it suitable for space-constrained ultrasound probes and medical imaging equipment.

Customized Cable Configuration

Cable length, channel count, cable structure, connector configuration, pin assignment and shielding requirements can be developed according to the customer's application.

Engineering Support

Customers can provide drawings, samples or basic technical requirements. HOTTEN can work with the available information to evaluate the cable construction and assembly configuration.

Prototype to Mass Production

HOTTEN supports customized cable projects from initial samples and prototypes through engineering validation and volume production.

Quality & Compliance

HOTTEN operates under ISO 9001 and ISO 13485 management systems and supports applicable product compliance requirements including RoHS and REACH.

Engineering & Procurement Considerations for Micro Coaxial Ultrasound Cables

Micro coaxial cable assemblies are used in medical imaging applications where compact dimensions, high-density signal connections and controlled electrical performance are important. Compared with conventional multi-core cable structures, micro coaxial designs can provide individual coaxial signal paths within a compact cable assembly.

For custom medical imaging cable projects, the appropriate cable construction depends on the ultrasound probe, imaging system, connector configuration, electrical requirements and available mechanical space. HOTTEN supports customized micro coaxial cable assemblies according to these application requirements.

1. Why are micro coaxial cables used in medical ultrasound applications?

Micro coaxial cables can provide individually shielded signal paths within a compact cable structure. This can be useful in ultrasound and other medical imaging applications where multiple sensitive electrical signals need to be routed through a limited physical space.

The coaxial structure can also help provide controlled electrical characteristics and shielding around individual signal paths. This makes micro coaxial cable a practical option for compact, high-density medical imaging assemblies where signal integrity and cable size are both important considerations.

The final cable construction should be selected according to the electrical and mechanical requirements of the specific probe or imaging system.

2. What are the advantages of using micro coaxial cable in a medical imaging system?

The main advantages of micro coaxial cable include compact construction, high signal density, individual shielding and flexibility in cable assembly design.

A micro coaxial structure can integrate multiple individually shielded signal paths into a relatively compact cable assembly. This can help engineers address the limited internal space found in ultrasound probes and other miniature medical imaging equipment.

However, the cable should be evaluated as a complete assembly. Conductor structure, insulation, shielding, cable diameter, connector termination and routing requirements all influence the final performance and mechanical characteristics.

3. How does cable construction affect signal integrity in ultrasound applications?

The cable is part of the overall signal path between the ultrasound probe and the imaging system. Its conductor structure, insulation, shielding, geometry and termination can therefore influence the electrical behavior of the complete system.

For micro coaxial ultrasound cables, maintaining a consistent cable structure and appropriate shielding around individual signal paths can help engineers manage interference and electrical coupling between channels.

Cable length, connector design, pin assignment and the electrical requirements of the imaging system should also be considered during cable development rather than evaluating the cable structure independently.

4. When should engineers consider a micro coaxial cable instead of a conventional multi-core cable?

Micro coaxial cable may be considered when an application requires a combination of high signal density, compact dimensions and individually shielded signal paths.

A conventional multi-core cable may be sufficient for applications with less demanding shielding or signal-routing requirements. A micro coaxial structure can be more appropriate when individual signal paths need additional shielding or when multiple high-density connections must fit within a restricted mechanical space.

The choice should ultimately be based on the probe architecture, electrical requirements, cable diameter, flexibility, connector configuration and available routing space.

5. What specifications should be defined for a custom micro coaxial ultrasound cable?

A custom micro coaxial ultrasound cable should be specified according to both electrical and mechanical requirements.

Important information may include:

• Number of coaxial channels or signal paths

• Conductor size

• Characteristic impedance, when required by the application

• Capacitance requirements

• Cable length

• Overall cable diameter

• Shielding structure

• Insulation material

• Connector type

• Pin assignment

• Probe-side and equipment-side termination

• Flexibility and bending requirements

• Operating environment

Providing a drawing, existing cable sample, connector information or electrical specification can help the cable manufacturer determine an appropriate cable construction during the engineering stage.

6. What should buyers evaluate when sourcing a custom medical imaging micro coaxial cable?

When sourcing a custom micro coaxial cable assembly, buyers should evaluate the supplier's ability to control both the cable construction and the final assembly process.

Important evaluation factors include:

• Experience with micro coaxial and fine-wire cable assemblies

• Capability to manufacture compact, high-density cable structures

• Connector termination and pin-assignment capability

• Ability to work from drawings, samples or customized specifications

• Prototype and sample development support

• Electrical and mechanical inspection capabilities

• Quality management and applicable compliance requirements

• Engineering support during product development

• Capability to transition from prototype to volume production

For medical imaging projects, early communication between the cable supplier and the probe or equipment engineering team can help identify mechanical, electrical and termination requirements before the cable enters production.

Frequently Asked Questions

What is a micro coaxial ultrasound cable assembly?

A micro coaxial ultrasound cable assembly uses multiple small coaxial cables within a compact assembly to transmit signals between an ultrasound probe and imaging equipment. The structure is particularly useful for high-density applications where cable size and signal integrity are important.

Why use micro coaxial cable for medical imaging?

Micro coaxial cable allows multiple signal channels to be arranged in a relatively compact cable structure while providing individual shielding for signal transmission. This can be beneficial for ultrasound probes and other high-density imaging applications.

Can the number of channels be customized?

Yes. The number of signal channels and overall cable configuration can be customized according to the customer's probe design and electrical requirements.

Can you customize the connector?

Yes. HOTTEN can evaluate and assemble specified connector types according to the customer's drawings, samples or connector part numbers.

Can the cable length be customized?

Yes. Cable length can be manufactured according to the customer's probe dimensions, equipment configuration and installation requirements.

Can the pin assignment be customized?

Yes. Pin assignment can be manufactured according to the customer's electrical schematic, cable drawing or interface requirements.

Can you provide samples for medical imaging projects?

Yes. HOTTEN supports customized samples and prototypes for engineering evaluation before mass production.

What information is required for a quotation?

For a faster quotation, customers can provide:

• Cable drawing

• Probe drawing or application information

• Connector model

• Number of channels

• Pin assignment

• Cable length

• Cable diameter requirement

• Electrical requirements

• Estimated quantity

If complete specifications are not available, HOTTEN can evaluate the project based on the information provided.

Is this cable suitable for ultrasound probes?

Yes. The cable assembly is designed for high-density medical imaging and ultrasound applications and can be customized according to the mechanical and electrical requirements of the ultrasound probe.

Can HOTTEN provide a completely customized medical cable assembly?

Yes. HOTTEN can customize the micro coaxial cable structure, channel configuration, connector, cable length, pin assignment, shielding and overall assembly according to the customer's requirements.

Request a Custom Medical Imaging Cable Assembly

If you are looking for a micro coaxial ultrasound cable assembly for medical imaging equipment, please send us your cable drawing, probe requirements, connector information, channel count, cable length and estimated quantity.

HOTTEN can evaluate your requirements and provide a customized medical cable assembly solution for prototype development or volume production.

Request a Quote | Contact HOTTEN