New Design Professional Reliable B-Ultrasound Probe Cable 60CX 38AWG OD=6.0mm Medical B Ultrasonic Transducer Cable

Product Details

60 Core 38AWG Ultrasound Probe Cable for Medical Imaging Systems

Product Overview

🔬 HOTTEN 60 Core Ultrasound Probe Cable is a customized medical cable solution designed for B ultrasound probes, ultrasonic transducers and advanced medical imaging systems.

With a multi-core micro coaxial structure and 38AWG conductors, this cable provides stable signal transmission, excellent flexibility and reliable performance for precision medical equipment.

HOTTEN supports customized ultrasound cable manufacturing based on customer requirements, including conductor structure, shielding design, insulation materials, cable diameter and connector assembly.

✨ Key Features

🔹 60 Core High Density Structure

The 60-core configuration enables:

✓ High channel density

✓ Compact internal routing

✓ Reliable signal transmission

✓ Suitable for complex ultrasound systems

🔹 38AWG Micro Coaxial Design

The fine wire structure provides:

✓ Small cable diameter

✓ Lightweight construction

✓ Flexible bending performance

✓ Space-saving installation

🔹 Medical Imaging Signal Reliability

Designed for medical applications requiring:

✓ Low signal interference

✓ Stable electrical performance

✓ Excellent shielding capability

✓ Long service life

🔹 Customized Manufacturing Capability

HOTTEN provides:

✓ Core number customization

✓ AWG size customization

✓ Shielding structure customization

✓ Outer jacket customization

✓ Connector assembly

✓ Prototype development

📌 Applications

Suitable for:

🏥 B Ultrasound Equipment

🏥 Ultrasound Probe Systems

🏥 Medical Imaging Devices

🏥 Diagnostic Equipment

🏥 Ultrasonic Transducer Systems

🏥 Healthcare Electronics

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a 60-Core Ultrasound Probe Cable

A high-density ultrasound probe cable connects an ultrasound transducer or probe assembly with the supporting diagnostic equipment. For B-ultrasound and medical imaging systems, cable selection should balance high core count, fine-gauge conductors, compact outer diameter, signal integrity, flexibility, shielding and connector integration.

This configuration is defined by 60 cores, 38AWG conductors and a 6.0mm outer diameter, making it particularly relevant to ultrasound systems that require multiple electrical channels within a compact cable structure.

Published Product Configuration

These specifications are based on the current HOTTEN product page.

Key Engineering Requirements

60-Core Configuration Considerations

The 60C configuration is one of the most important product entities on this page.

Before production, customers should define how the 60 conductors are allocated among:

• Ultrasound signal channels

• Power

• Ground / return

• Control lines

• Auxiliary circuits

• Shield / reference connections

For a high-core-count ultrasound cable, a complete wiring diagram, cable drawing and pinout is strongly recommended.

The conductor count alone does not define the final cable assembly; the exact electrical allocation must follow the customer's transducer and diagnostic-system architecture.

38AWG Conductor Considerations

The product uses 60×38AWG conductors with silver-plated copper.

When specifying the conductor, procurement teams should confirm:

• AWG

• Conductor material

• Plating

• Stranding structure

• Insulation

• Electrical requirements

• Flexibility requirements

HOTTEN's page also confirms that AWG and core numbers can be customized for other cable configurations.

6.0mm Outer Diameter Considerations

The 6.0mm OD is another strong technical identifier for this product.

For actual OEM production, customers should specify:

• Target OD

• Maximum allowable OD

• OD tolerance

• Probe routing clearance

• Handle entry dimensions

• Connector entry dimensions

• Minimum bending radius

• Strain relief

The final diameter should be evaluated together with the 60-core structure, insulation, shielding and sheath because each affects the overall cable size.

Insulation Considerations

The current product configuration identifies PFA and PET as insulation options.

Engineering teams should evaluate insulation according to:

• Electrical performance

• Dielectric requirements

• Cable dimensions

• Flexibility

• Mechanical routing

• Operating conditions

• Compatibility with conductor and shielding structures

The final insulation should be selected based on the customer's complete cable specification.

TPE Sheath Considerations

The current configuration uses a TPE sheath.

When specifying the outer sheath, procurement teams should consider:

• Flexibility

• Surface characteristics

• Mechanical handling

• Cleaning conditions

• Temperature environment

• Cable OD

• Bending requirements

• Strain relief

TPE should be evaluated together with the internal cable construction because the sheath affects flexibility and the final mechanical behavior.

Signal Integrity Considerations

For B-ultrasound applications, the cable forms part of the electrical path between the transducer and diagnostic system.

Relevant parameters may include:

• Conductor configuration

• Cable length

• Insulation characteristics

• Shielding

• Capacitance

• Impedance, where specified

• Channel-to-channel consistency

• Connector termination

• Grounding

Where the ultrasound system has defined electrical requirements, these should be included in the cable drawing or RFQ.

Shielding and EMI Considerations

The current product description identifies shielding customization as part of HOTTEN's manufacturing capability.

For a high-density ultrasound cable, customers should clarify:

• Individual or overall shielding

• Shield material

• Shield coverage

• Shield termination

• Grounding method

• Channel isolation requirements

• Connector-side shield continuity

Shielding should be designed together with the signal and grounding architecture rather than specified independently.

Flexibility and Probe Routing

Ultrasound probes are frequently handled and moved during examination.

Engineering teams should define:

• Static or dynamic bending

• Minimum bending radius

• Repeated movement

• Probe movement

• Handle routing

• Cable exit direction

• Strain relief

• Expected service conditions

The relationship should be considered as:

60C + 38AWG + 6.0mm OD + Shielding + Sheath + Bend Requirement

The cable should maintain the required electrical construction while meeting the mechanical routing requirements.

Connector and Termination Considerations

HOTTEN's current page confirms connector assembly customization.

Customers should provide:

• Connector manufacturer

• Connector series

• Part number

• Contact count

• Pin assignment

• Connector orientation

• Mating interface

• Termination method

• Strain relief

• Overmolding requirements, where applicable

For a 60-core ultrasound cable, connector pinout is especially important because every channel must correspond correctly between the probe and diagnostic equipment.

Key Procurement Parameters

When sourcing a 60C 38AWG B-ultrasound probe cable, procurement teams should confirm:

OEM Customization

HOTTEN supports customized ultrasound probe cable development based on customer requirements.

The current page specifically identifies customization of:

• Core number

• AWG

• Shielding structure

• Outer jacket

• Cable diameter

• Connector assembly

• Prototype development

Additional project-specific parameters can include:

• Conductor material

• Insulation

• Sheath

• Cable length

• Pin assignment

• Termination configuration

• Prototype quantity

• Mass-production configuration

Supplier Evaluation Checklist

When evaluating a 60-core ultrasound probe cable supplier, procurement teams should consider:

① High-Core-Count Manufacturing
Can the supplier consistently manufacture and process a 60-core fine-gauge configuration?

② Fine-Gauge Processing
Can the supplier maintain stable 38AWG conductor and insulation dimensions?

③ Dimensional Control
Can the supplier consistently achieve the required 6.0mm OD and tolerance?

④ Ultrasound Cable Experience
Does the supplier have experience with ultrasound probe, transducer and medical imaging cable applications?

⑤ Signal and Shielding Capability
Can the supplier configure shielding and electrical characteristics according to the ultrasound system requirements?

⑥ Connector Assembly
Can the supplier accurately terminate the required probe and equipment connectors?

⑦ Prototype-to-Mass-Production Support
Can the supplier provide samples and support recurring production?

Recommended RFQ Information

For faster engineering evaluation and quotation, customers are recommended to provide:

• Ultrasound probe / transducer application

• 60-core requirement

• 38AWG conductor requirement

• Conductor material

• Target 6.0mm OD

• OD tolerance

• PFA / PET insulation requirement

• TPE sheath requirement

• Shielding specification

• Cable length

• Flexibility / bending requirements

• Connector part numbers

• Pinout

• Cable drawing

• Electrical requirements

• Prototype quantity

• Expected production volume

• Required testing

For this product, the most useful RFQ combination is:

60C + 38AWG + 6.0mm OD + PFA/PET + TPE + Connector + Pinout + Electrical Requirements

HOTTEN 60-Core Ultrasound Cable Engineering Support

HOTTEN provides customized high-density ultrasound probe cables for B-ultrasound, ultrasonic transducers and medical imaging systems. The current product configuration is defined by 60C (60×38AWG), 6.0mm OD, silver-plated copper conductors, PFA/PET insulation and TPE sheath, with customization available for cable structure, shielding, dimensions and connector assembly.

For OEM development, customers can provide the ultrasound probe specification, cable drawing, connector information and electrical requirements for engineering evaluation and customized production.