Highly Flexible Medical HD Screen Handle Cable 12C Tinned Copper Conductor Endoscope Connect Cable with FEP Insulation

◆ 12 Core Flexible Medical Endoscope Cable

High Performance Cable Solution for HD Endoscopic Imaging Systems

HOTTEN 12 Core Flexible Medical Endoscope Cable is designed for medical endoscope systems and high-definition imaging equipment requiring excellent flexibility, stable signal transmission and long-term reliability.

Using high-performance conductors, FEP insulation materials and optimized shielding technology, this cable provides reliable electrical performance while maintaining a flexible structure for endoscope handle applications.

◆ Key Advantages

✓ 12 core cable structure supporting multi-channel signal transmission

✓ Excellent flexibility for repeated bending and movement

✓ FEP insulation material providing high temperature resistance and electrical stability

✓ Tinned copper conductor improving reliability and durability

✓ HD signal transmission capability for advanced imaging systems

✓ Customized medical cable solutions available

◆ Product Features

Flexible Design for Endoscope Applications

Endoscope cables often require repeated movement during operation.

HOTTEN designs flexible cable structures with optimized:

● Conductor materials

● Insulation layers

● Shielding structures

● Outer jacket materials

This helps achieve:

✓ Better bending performance

✓ Stable electrical connection

✓ Longer service life

Reliable Signal Transmission for HD Imaging

High-definition endoscopy requires cables with stable signal performance.

This cable uses:

● Precision conductor technology

● Effective shielding design

● Low-loss insulation materials

to support reliable image signal transmission in medical equipment.

◆ Applications

This flexible endoscope cable is suitable for:

● Medical endoscope systems

● HD endoscopic imaging equipment

● Industrial inspection endoscopes

● Precision testing equipment

● Customized medical devices

◆ Cable Customization Options

HOTTEN supports customized endoscope cable solutions according to customer requirements.

Available customization:

✓ Core number

✓ AWG conductor size

✓ Cable length

✓ Shielding structure

✓ Insulation materials

✓ Outer jacket materials

Material options include:

● FEP

● PFA

● PTFE

● Silicone

● TPU

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a 12C HD Endoscope Handle Cable

A medical HD endoscope handle cable connects the handle, imaging components and associated electronic equipment within an endoscopic system. For compact HD endoscope applications, cable selection should balance multi-core connectivity, fine-gauge conductors, flexibility, signal transmission, insulation, shielding, connector compatibility and mechanical routing.

This configuration is defined by a 12-core structure, tinned copper conductors and FEP insulation, making core allocation, cable construction and flexibility important considerations during engineering development. The HOTTEN page also supports customizable core numbers, AWG, cable length, shielding, connector assembly and OEM/ODM production.

Published Product Configuration

The above information reflects the current HOTTEN product page.

Key Engineering Requirements

12-Core Configuration Considerations

The 12C configuration is one of the primary engineering entities for this product.

Before production, the customer should define the function of each core, which may include:

• HD image/data signal paths

• Power

• Ground / return

• Control signals

• Communication

• Auxiliary connections

For a customized 12-core cable, the core assignment and pinout should come from the customer's drawing or wiring diagram. This is especially important when the same cable family is offered in multiple core configurations.

Tinned Copper Conductor Considerations

Tinned copper is the primary conductor direction identified in the product name.

Engineering teams should confirm:

• Conductor material

• AWG

• Stranding structure

• Plating

• Core insulation

• Required flexibility

• Electrical requirements

The current product page also identifies silver-plated copper as another available conductor option.

FEP Insulation Considerations

FEP is an important product-specific entity for this cable.

When specifying FEP insulation, engineers should consider its effect on:

• Cable dimensions

• Flexibility

• Electrical characteristics

• Mechanical behavior

• Operating environment

• Overall cable construction

The insulation should be evaluated together with the conductor, shielding and outer jacket rather than treated as an isolated specification.

Flexibility and Endoscope Handle Routing

For endoscope handle cables, flexibility is not simply a product description; it should be translated into measurable engineering requirements.

Customers should define:

• Required bending radius

• Frequency of movement

• Handle routing path

• Internal installation space

• Cable exit direction

• Connector strain relief

• Expected service conditions

The relationship should be considered as:

Core Count + Conductor Size + Insulation + Shielding + Jacket + Bend Requirement

A cable that is electrically suitable but difficult to route can still create problems during endoscope assembly.

HD Signal Integrity Considerations

For an HD endoscope system, the cable should be evaluated as part of the complete signal path.

Important factors can include:

• Signal type

• Conductor arrangement

• Cable length

• Insulation structure

• Shielding

• Connector termination

• Pin assignment

• Internal routing

• Grounding

The final electrical requirements should be taken from the customer's actual endoscope electronics and interface specification.

Cable Structure and Shielding

The HOTTEN product page identifies the cable structure as micro coaxial / coaxial cable / electronic wire, with customized shielding supported.

The customer should specify whether the application requires:

• Individual coaxial signal paths

• Common shielding

• Additional shielding

• Shield termination

• Ground connection

• Specific EMI requirements

For high-density HD imaging systems, shielding should be integrated into the complete cable architecture.

Outer Diameter and Mechanical Integration

The page currently lists 0.55mm as the OD in the product parameter section, while also indicating a broader customizable range.

For an actual OEM project, the customer should provide:

• Target OD

• Maximum allowable OD

• OD tolerance

• Routing space

• Connector entry dimensions

• Bend radius

• Strain-relief dimensions

This is especially important when the cable must pass through a compact handle or other constrained endoscope structure.

Connector and Termination Considerations

HOTTEN supports connector assembly for customized endoscope cable projects.

Customers should provide:

• Connector manufacturer

• Connector model

• Part number

• Contact count

• Pinout

• Connector orientation

• Mating interface

• Termination method

• Strain relief

• Overmolding requirements, where applicable

A connector part number or drawing is preferable to a generic connector description.

Key Procurement Parameters

OEM Customization

HOTTEN supports customized endoscope cable development including:

• Core count

• AWG

• Conductor material

• Cable structure

• Shielding

• Insulation

• Outer diameter

• Cable length

• Jacket material

• Cable color

• Connector assembly

• Pin assignment

• Termination

• Prototype development

• Mass production

The current page specifically confirms customization of core numbers, AWG, cable length, shielding and connector assembly, together with OEM/ODM production.

Supplier Evaluation Checklist

When evaluating a supplier for a 12C HD endoscope handle cable, procurement teams should consider:

① Fine-Gauge Multi-Core Capability
Can the supplier consistently manufacture the required 12-core and fine-gauge configuration?

② Flexible Endoscope Cable Capability
Can the cable maintain the required flexibility during routing and repeated handling?

③ HD Signal Capability
Can the supplier coordinate conductor, insulation and shielding requirements for the intended HD imaging system?

④ Connector Assembly
Can the supplier accurately handle the required connector and pinout?

⑤ Medical Cable Quality
Can the supplier provide the required inspection and compliance documentation?

⑥ Prototype-to-Mass-Production Support
Can the supplier support engineering samples and subsequent recurring production?

Recommended RFQ Information

For faster quotation and engineering review, customers should provide:

• Endoscope model / application

• HD signal or interface specification

• Core configuration

• Tinned copper or other conductor requirement

• AWG

• FEP insulation requirement

• Shielding requirements

• Target OD and tolerance

• Cable length

• Flexibility / bending requirement

• Jacket material

• Connector part number

• Pinout

• Cable drawing

• Prototype quantity

• Expected production volume

• Required testing

• Applicable quality requirements

For this product, the most useful information to provide together is:

12C + AWG + FEP + Cable OD + Cable Length + Connector + Pinout

HOTTEN Endoscope Handle Cable Engineering Support

HOTTEN provides customized 12-core medical HD endoscope handle cables using fine-gauge conductor configurations and customizable cable structures. The current product page identifies 12C, tinned copper conductors, FEP insulation, micro coaxial/coaxial/electronic-wire structures, flexible construction and customized connector assembly as key product characteristics.

For OEM projects, customers can provide the endoscope interface, cable drawing and connector information so that HOTTEN can evaluate the required construction and support prototype-to-production development.

◆ Technical Capabilities

HOTTEN specializes in:

✓ Micro coaxial cable manufacturing

✓ Ultra-fine wire processing

✓ Medical cable development

✓ Precision extrusion technology

✓ Prototype and mass production support

With experience in medical cable applications, HOTTEN helps customers develop reliable cable solutions for advanced devices.

◆ FAQ

What cable is used in medical endoscopes?

Medical endoscopes commonly use flexible multi-core cables and micro coaxial cables to transmit image signals, control signals and electrical power between the handle and equipment system.

Why are FEP materials used for endoscope cables?

FEP provides excellent electrical insulation, chemical resistance and high temperature performance, making it suitable for demanding medical and industrial cable applications.

Can HOTTEN customize endoscope cables?

Yes. HOTTEN provides customized endoscope cable solutions including conductor selection, core number, shielding design, insulation materials and cable dimensions.