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Guaranteed Quality Medical Cable Surgical Scalpel Cable
| 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
- Silver plated copper
- Tinned copper
- Copper alloy conductor
- FEP
- PFA
- PTFE
- ETFE
- Copper braid
- Aluminum foil
- Composite shielding
- Silicone
- PVC
- TPU
- TPE
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
Connector manufacturer
Connector model
Part number
Number of contacts
Pin assignment
Connector orientation
Termination method
Strain relief requirements
Overmolding requirements, where applicable
Core configuration
Conductor material
AWG
Insulation material
Shielding structure
Sheath material
Jacket material
Cable diameter
Cable length
Connector assembly
Pin configuration
Termination method
Prototype samples
Mass-production configuration
Surgical equipment application
Cable drawing
Core configuration
Conductor material and AWG
Maximum cable diameter
Insulation requirement
Shielding requirement
Jacket requirement
Cable length
Flexibility requirement
Connector model / part number
Pinout
Termination drawing
Prototype quantity
Expected production volume
Required testing
Applicable quality or compliance requirements
Product Overview
Reliable Surgical Scalpel Cable Solution
HOTTEN provides high-quality surgical scalpel cable solutions designed for ultrasonic surgical instruments requiring stable performance, flexibility and long-term reliability.
Our medical cables are developed with optimized conductor structures, insulation materials and protective jackets to meet different surgical equipment requirements.
With professional manufacturing capability, HOTTEN supports customized medical cable development from prototype samples to mass production.
Key Features
High Reliability Medical Cable Design
🔹 Stable Ultrasonic Signal Transmission
Designed to support reliable energy and signal transmission for surgical equipment.
🔹 Flexible Cable Structure
Provides excellent bending performance for repeated medical device operation.
🔹 Durable Material Selection
Supports silicone, PVC, TPU and other jacket materials.
🔹 Customized Cable Design
Cable dimensions, conductor structures and shielding designs can be customized.
🔹 OEM Manufacturing Support
Suitable for medical equipment manufacturers requiring customized cable solutions.
Cable Structure
Customized Surgical Scalpel Cable Configuration
Conductor
Options:
Insulation
Options:
Shielding
Options:
Jacket
Options:
Applications
Surgical Equipment Applications
Suitable for:
🏥 Ultrasonic Surgical Instruments
🔪 Ultrasonic Scalpel Systems
🩺 Minimally Invasive Surgery Equipment
⚕️ Medical Energy Devices
🏭 OEM Surgical Device Manufacturers
Customization Capability
OEM Medical Cable Solutions
HOTTEN supports:
✔ Cable length customization
✔ Core configuration
✔ AWG selection
✔ Jacket material
✔ Shielding structure
✔ Connector assembly
✔ Prototype development
✔ Volume production
Quality Assurance
Strict Quality Control Process
HOTTEN applies multiple testing procedures to ensure cable reliability.
Testing includes:
✔ Electrical performance testing
✔ Withstand voltage testing
✔ Insulation testing
✔ Mechanical bending testing
✔ Tensile testing
Engineering & Procurement Considerations
What Engineers Should Consider When Selecting a Surgical Scalpel Cable
A surgical scalpel cable is a medical cable used to connect a surgical instrument with its supporting medical equipment. Cable selection should consider electrical performance, insulation, shielding, flexibility, mechanical durability, connector integration and cable dimensions according to the design of the finished surgical system.
For OEM medical equipment, the cable should be evaluated as a complete assembly rather than by conductor or jacket material alone.
Key Engineering Requirements
| Engineering Requirement | Key Considerations |
|---|---|
| Electrical Performance | Conductor configuration and insulation should match the electrical requirements of the surgical equipment. |
| Insulation | Insulation material should provide the required electrical and mechanical characteristics for the application. |
| Shielding | Shielding can be selected according to EMI and electrical-noise requirements. |
| Flexibility | Cable construction should support the required handling, movement and routing conditions. |
| Mechanical Durability | Repeated bending, handling and installation should be considered during cable selection. |
| Compact Construction | Cable diameter should fit the available space within the surgical instrument or equipment. |
| Connector Compatibility | Connector type, pin configuration and termination must match the equipment interface. |
| Manufacturing Consistency | Dimensional, electrical and termination quality should remain consistent during production. |
Key Procurement Parameters
When sourcing a customized surgical scalpel cable, procurement teams should confirm:
| Procurement Item | Recommended Information |
|---|---|
| Application | Surgical scalpel, surgical instrument or medical equipment |
| Cable Type | Surgical Scalpel Cable / Medical Cable |
| Core Configuration | Number of conductors and configuration |
| Conductor | Material and AWG |
| Insulation | Required insulation material |
| Shielding | Shield type and EMI requirements |
| Sheath | Required sheath material |
| Jacket | Required outer jacket material |
| Cable Diameter | Target or maximum allowable OD |
| Cable Length | Required finished length |
| Flexibility | Bending and routing requirements |
| Mechanical Requirements | Handling and durability requirements |
| Connector | Connector model / part number |
| Pinout | Contact assignment |
| Termination | Termination method |
| Prototype Quantity | Required engineering samples |
| Production Volume | Expected recurring production volume |
| Drawing / BOM | Available technical documentation |
| Testing | Required electrical, mechanical and dimensional tests |
| Cleaning | Cleaning or disinfection conditions, where applicable |
Conductor and Insulation Selection
HOTTEN's published surgical scalpel cable configuration provides multiple conductor options, including:
Insulation options include:
The final combination should be selected according to the electrical requirements, cable dimensions, flexibility and mechanical conditions of the surgical device.
Shielding Considerations
Where electrical interference may affect the surgical equipment, shielding should be considered during the cable-design stage.
Available shielding options include:
The shielding structure should be selected according to the customer's electrical architecture and system requirements rather than treated as an independent component.
Jacket and Material Considerations
Available outer jacket options include:
The appropriate jacket should be selected according to:
Flexibility + Mechanical Handling + Cleaning Conditions + Operating Environment + Device Integration
Customers should define the actual cleaning, handling and environmental conditions before finalizing the jacket specification.
Connector and Termination Considerations
For a complete surgical cable assembly, connector selection is an important part of the design.
Customers should provide:
Providing the original connector part number or drawing helps reduce errors during customized cable development.
OEM Customization
HOTTEN supports customized surgical scalpel cables according to customer drawings and technical specifications.
Customization can include:
This allows the cable structure to be developed around the specific surgical equipment rather than using a generic standard cable.
Supplier Evaluation Checklist
When evaluating a medical surgical cable supplier, procurement teams should consider:
① Medical Cable Manufacturing Capability
Can the supplier manufacture customized cables for surgical equipment?
② Electrical and Shielding Capability
Can the supplier configure conductor, insulation and shielding structures according to the equipment requirements?
③ Mechanical Performance
Can the supplier provide the required flexibility and durability for the intended handling conditions?
④ Material Options
Can the supplier provide different conductor, insulation, shielding, sheath and jacket materials?
⑤ Connector Assembly
Can the supplier provide the required connector and termination configuration?
⑥ Prototype-to-Mass-Production Capability
Can the supplier support both engineering samples and recurring production?
Recommended RFQ Information
For faster engineering review and quotation, customers are recommended to provide:
An existing cable sample or drawing can also be provided for construction review.
HOTTEN Surgical Cable Engineering Support
HOTTEN provides customized medical surgical scalpel cables for surgical instruments and medical equipment. Cable construction can be configured according to customer requirements for conductors, insulation, shielding, jacket materials, dimensions and termination, with support for prototype development and mass production.
FAQ
What is a surgical scalpel cable?
A surgical scalpel cable is a specialized medical cable used to connect surgical instruments and control systems, transmitting power and signals during procedures.
Can HOTTEN customize surgical cables?
Yes. HOTTEN provides customized solutions including cable structure, materials, dimensions and connector assembly.
What materials are used for surgical scalpel cables?
Common materials include silicone, PVC, TPU, FEP and PFA depending on flexibility and application requirements.
