Super Soft Flexible 4C(2X32AWG +2X26AWG) PVC Medical Cable Endoscope Handle Cable
| Procurement Item | Recommended Information |
|---|---|
| Core Configuration | 4 Core |
| Conductor Size | 2 × 32AWG + 2 × 26AWG |
| Application | Medical Endoscope Handle |
| Cable Construction | PVC |
| Flexibility | Super Soft / Flexible |
| Cable Length | Required finished length |
| Cable OD | Maximum allowable diameter |
| Conductor Function | Signal / power / control assignment |
| Connector | Connector part number or drawing |
| Pinout | Signal assignment |
| Termination | Required termination method |
| Cable Exit | Required orientation |
| Bend Requirements | Required routing and movement conditions |
| Mechanical Clearance | Available installation space |
| Technical Documents | Drawing, BOM, sample, connector specification, pinout |
| Quantity | Prototype / sample / pilot / mass production |
| Product | Medical Cable Endoscope Handle Cable |
| Certifications | Rohs, Reach compliant;ISO9001/ ISO13485 factory management |
| Applications | medical cable endoscope equipment, |
| Customization | Cable length & core count, Connector type (JAE / I-PEX / Lemo Customized) |
| MOQ | 1 pcs |
| Model | SP30-263 |
| Trade terms | FOB Shanghai / Ningbo, EXW Suzhou, etc. |
- Overview
- Recommended Products
2 × 32AWG conductors
2 × 26AWG conductors
Medical endoscope handle assemblies
HD endoscope systems
Flexible endoscope equipment
Endoscope camera and control interfaces
Compact medical imaging equipment
Customized medical device cable assemblies
OEM endoscope equipment
Required flexibility
Bending direction
Routing path
Movement range
Cable exit position
Mechanical stress near the connector or termination
Connector manufacturer
Connector part number
Mating connector
Pin count
Pinout
Contact orientation
Termination method
Cable exit direction
Conductor gauge
Core configuration
Cable length
Cable outer diameter
PVC or other specified construction
Connector interface
Pinout
Termination
Cable routing
Exit orientation
Drawings and samples
Prototype and production quantities
Super Soft Flexible 4C Medical Endoscope Handle Cable
The Super Soft Flexible 4C Medical Endoscope Handle Cable is a compact medical cable designed for endoscope handle applications requiring soft handling, flexible routing, and a defined mixed-conductor configuration.
The referenced configuration contains 4 cores with 2 × 32AWG and 2 × 26AWG conductors and uses a PVC construction. The cable can be customized according to the electrical, mechanical, connector, and routing requirements of the endoscope system.
Product Overview
Endoscope handle assemblies often require cables that can fit within limited mechanical space while remaining flexible during operation and handling.
This 4-core endoscope cable combines two different conductor sizes within one compact cable:
The mixed-gauge configuration allows the cable to accommodate different electrical functions within the same interconnect. Its super-soft and flexible construction is intended for endoscope handle applications where cable routing and handling characteristics are important.
Key Features
Mixed 4-Core Configuration
The cable uses a 4-core configuration consisting of 2 × 32AWG + 2 × 26AWG conductors. Different conductor sizes can be assigned according to the electrical requirements of the connected endoscope components.
Super Soft and Flexible
The cable is designed for applications requiring a soft and flexible cable structure. This is particularly relevant to endoscope handle assemblies where the cable may experience repeated handling and curved routing.
PVC Construction
The referenced configuration uses PVC for the cable construction. Material selection can be evaluated according to the required flexibility, mechanical behavior, routing conditions, and device integration requirements.
Compact Endoscope Interconnection
The cable is intended for integration into medical endoscope handle systems where cable routing space and connector positioning need to be considered together.
Custom Cable Configuration
HOTTEN supports customization according to conductor configuration, cable dimensions, length, connector requirements, pinout, termination method, and other application-specific requirements.
Technical Specifications
| Item | Specification |
|---|---|
| Product Type | Medical Endoscope Handle Cable |
| Core Count | 4 Cores |
| Conductor Configuration | 2 × 32AWG + 2 × 26AWG |
| Cable Construction | PVC |
| Flexibility | Super Soft / Flexible |
| Application | Medical Endoscope Handle |
| Cable Length | Customizable |
| Cable Dimensions | Customizable according to application |
| Connector | Customizable |
| Pinout | Customizable |
| Termination | Customizable |
| OEM Customization | Available |
Cable Configuration
The cable combines different conductor gauges within one 4-core structure.
Conductor Arrangement
2 × 32AWG + 2 × 26AWG
The mixed conductor configuration can be assigned according to the electrical functions of the endoscope system. Customers can provide the required pinout and electrical function of each conductor during the engineering stage.
Insulation and Cable Material
The referenced product uses a PVC cable construction. Depending on the project, material selection can be reviewed according to flexibility, handling conditions, environmental requirements, and mechanical integration.
Typical Applications
This cable is designed for applications such as:
Engineering & Procurement Considerations
Selecting an endoscope handle cable requires consideration of both electrical configuration and mechanical behavior. The cable should be evaluated as part of the complete endoscope assembly rather than as an isolated wire.
Mixed Conductor Gauge
The combination of 2 × 32AWG and 2 × 26AWG provides different conductor sizes within a single 4-core cable. Buyers should define the function of each conductor and specify the required electrical characteristics during cable design.
Flexibility and Handling
Endoscope handle cables may be exposed to repeated movement and manual handling. Engineers should consider:
The selected construction should match the actual handling conditions of the endoscope.
Cable Diameter and Mechanical Integration
Cable diameter should be considered together with the internal routing space of the endoscope handle. Available clearance around the cable, connector, housing, and cable exit should be confirmed before production.
PVC Material Selection
PVC may be selected when its mechanical and handling characteristics match the device requirements. For projects requiring different flexibility or environmental properties, the cable material should be reviewed according to the application's actual conditions.
Connector and Pinout
Connector compatibility is an important part of an endoscope cable assembly. OEM buyers should confirm:
Mechanical Routing
The cable should follow the intended routing path without creating excessive stress on the connector, cable jacket, or surrounding endoscope components. Routing conditions should therefore be considered during the initial cable design.
Procurement Considerations
When sourcing a 4C 2 × 32AWG + 2 × 26AWG PVC Medical Endoscope Handle Cable, OEM buyers should provide the following information whenever available:
| Procurement Item | Recommended Information |
|---|---|
| Core Configuration | 4 Core |
| Conductor Size | 2 × 32AWG + 2 × 26AWG |
| Application | Medical Endoscope Handle |
| Cable Construction | PVC |
| Flexibility | Super Soft / Flexible |
| Cable Length | Required finished length |
| Cable OD | Maximum allowable diameter |
| Conductor Function | Signal / power / control assignment |
| Connector | Connector part number or drawing |
| Pinout | Signal assignment |
| Termination | Required termination method |
| Cable Exit | Required orientation |
| Bend Requirements | Required routing and movement conditions |
| Mechanical Clearance | Available installation space |
| Technical Documents | Drawing, BOM, sample, connector specification, pinout |
| Quantity | Prototype / sample / pilot / mass production |
OEM Customization
HOTTEN supports customized medical endoscope handle cables based on the customer's electrical and mechanical requirements.
Customization can include:
Customers can provide a drawing, sample, BOM, connector part number, pinout, or technical specification for engineering review.
Why Choose HOTTEN
HOTTEN specializes in fine electronic wires, micro coaxial cables, and customized medical cable assemblies for compact medical equipment.
For endoscope cable projects, HOTTEN can support customized cable development according to conductor configuration, flexibility requirements, dimensions, connectors, pinout, and application conditions.
FAQ
❓ F: What is the conductor configuration of this endoscope cable?
A: The referenced configuration contains 4 cores, including 2 × 32AWG and 2 × 26AWG conductors.
❓ F: What is this cable used for?
A: It is designed for medical endoscope handle applications and can be integrated into compact endoscope and medical imaging systems.
❓ F: Why use two different conductor gauges in one cable?
A: A mixed-gauge configuration allows different electrical functions within the same cable to use conductors appropriate to their respective requirements.
❓ F: Is the cable flexible?
A: Yes. The product is positioned as a super-soft and flexible medical endoscope handle cable.
❓ F: Can the cable length and connector be customized?
A: Yes. HOTTEN supports customization of cable length, dimensions, connector interface, pinout, termination, and other project-specific requirements.
❓ F: What information should an OEM provide for a quotation?
A: A drawing or sample, conductor configuration, cable length, connector part number, pinout, cable dimensions, routing requirements, and expected production quantity are useful for engineering evaluation and quotation.
Request a Custom Endoscope Handle Cable
For a customized 4C 2 × 32AWG + 2 × 26AWG Medical Endoscope Handle Cable, send HOTTEN your drawing, sample, connector information, pinout, cable length, and mechanical requirements.
HOTTEN can review the cable configuration for prototype development and production sourcing.