Long Life High Quality Multi-Purpose Silicone Ultrasonic Knife Wire
| Procurement Item | Recommended Information |
|---|---|
| Application | Ultrasonic knife, ultrasonic scalpel or surgical equipment |
| Cable Type | Surgical scalpel cable / ultrasonic knife cable |
| Core Configuration | Number of conductors and configuration |
| Conductor | Material and AWG |
| Insulation | Required insulation material |
| Shielding | Shield structure and EMI requirements |
| Sheath | Required sheath material |
| Jacket | Silicone, TPU, TPE, PVC, PFA, FEP or other requirement |
| Cable Diameter | Target or maximum allowable OD |
| Cable Length | Required finished length |
| Flexibility | Bending and routing requirements |
| Connector | Connector model / part number |
| Termination | Termination method and contact configuration |
| Drawing | Cable or assembly drawing |
| BOM | Component and material information |
| Prototype Quantity | Required engineering samples |
| Production Volume | Expected recurring demand |
| Testing | Electrical, mechanical and dimensional requirements |
| Cleaning | Cleaning / disinfection conditions, where applicable |
| 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
Silver plated copper alloy
Tinned copper alloy
PTFE
ePTFE
FEP
PFA
Tinned copper
Silver plated copper
CU/PET
AL/PET
PFA
FEP
PTFE
PVC
TPU
TPE
Silicone
PFA
FEP
Ultrasonic surgical scalpel systems
Ultrasonic knife systems
Surgical instruments
Electrosurgical equipment
Medical surgical equipment
Surgical device control and connection assemblies
Customized medical equipment
Required flexibility
Minimum or preferred cable diameter
Operating temperature requirements
Cleaning and disinfection conditions
Mechanical handling conditions
Required surface characteristics
Expected routing and bending conditions
Connector overmolding or termination requirements
Conductor material
Conductor configuration
AWG selection
Insulation material
Shielding structure
Sheath material
Jacket material
Cable diameter
Cable length
Connector selection
Connector assembly
Termination configuration
Prototype samples
Mass-production configuration
Mechanical flexibility
Electrical requirements
Device structure
Silicone Ultrasonic Knife Cable for Surgical Scalpel Applications
Product Overview
HOTTEN provides customized ultrasonic knife cables for surgical scalpel systems and other medical surgical equipment.
An ultrasonic knife cable functions as an electrical interconnection between the surgical instrument and its supporting equipment. In this type of application, the cable needs to combine reliable electrical performance with appropriate flexibility, mechanical durability, compact routing and suitable material construction.
For surgical equipment manufacturers, cable selection is not only about choosing a conductor. The complete cable construction may include the conductor, insulation, shielding, sheath, outer jacket and termination configuration. Each part needs to be matched to the requirements of the finished surgical device.
HOTTEN supports customized construction for different surgical equipment architectures, including silicone-jacketed cable configurations where flexibility and soft handling are important design requirements.
The cable can be developed according to customer drawings, electrical requirements and mechanical requirements, supporting prototype development and subsequent mass production.
Key Features
Flexible Silicone Cable Construction
Silicone can be selected as the outer jacket material where a soft and flexible cable construction is required for surgical equipment.
Customized Electrical Structure
Conductor material, conductor configuration and insulation can be selected according to the electrical requirements of the surgical system.
Shielding Options
Different shielding constructions are available to support electrical noise control and application-specific signal requirements.
Multiple Insulation Materials
PTFE, ePTFE, FEP and PFA are available for customized cable construction.
Multiple Jacket Options
In addition to silicone, PVC, TPU, TPE, PFA and FEP can be selected according to project requirements.
OEM Customization
Cable dimensions, conductor configuration, insulation, shielding, sheath, jacket and termination can be customized for specific surgical equipment.
Prototype to Mass Production
HOTTEN supports customized development from engineering samples to recurring production.
Technical Specifications
| Item | Specification |
|---|---|
| Product Type | Ultrasonic Knife Cable / Surgical Scalpel Cable |
| Application | Surgical Scalpel Systems and Medical Surgical Equipment |
| Conductor Options | Silver Plated Copper, Tinned Copper, Silver Plated Copper Alloy, Tinned Copper Alloy |
| Insulation Options | PTFE, ePTFE, FEP, PFA |
| Shielding Options | Tinned Copper, Silver Plated Copper, CU/PET, AL/PET |
| Sheath Options | PFA, FEP, PTFE |
| Jacket Options | PVC, TPU, TPE, Silicone, PFA, FEP |
| Core Configuration | Customized |
| AWG | Customized |
| Cable Diameter | Customized |
| Cable Length | Customized |
| Electrical Requirements | Customized according to device requirements |
| Connector / Termination | Customized |
| Production | Prototype and Mass Production |
The material options above are based on the specifications currently published on the HOTTEN product page.
Cable Construction
Conductor
The conductor provides the primary electrical path inside the surgical cable.
HOTTEN currently supports:
The conductor material and size can be selected according to the electrical, mechanical and dimensional requirements of the finished cable.
Insulation
HOTTEN provides several insulation options for customized surgical cable construction:
The insulation material can be selected according to the required electrical characteristics, flexibility, dimensional constraints and operating environment.
Shielding
Shielding can be incorporated when electrical noise control or improved electromagnetic isolation is required.
Available shielding options include:
The final shielding construction should be determined according to the electrical architecture of the surgical equipment.
Sheath
Available sheath materials include:
The sheath can be configured according to the mechanical and environmental requirements of the cable structure.
Outer Jacket
Available jacket materials include:
For projects requiring a soft and flexible cable, silicone can be selected as the outer jacket material.
Typical Applications
HOTTEN's ultrasonic knife cable can be customized for:
The cable structure should be selected according to the actual electrical interface, mechanical routing and operating environment of the target device.
Engineering Considerations
1. Flexibility
Surgical equipment cables may experience repeated movement during operation and handling. The conductor, insulation and jacket combination should therefore be selected according to the required flexibility and routing conditions.
2. Cable Routing
The available installation space inside the instrument or equipment should be considered before defining cable diameter, connector size and overall construction.
3. Electrical Requirements
Conductor configuration and insulation should be matched to the electrical requirements of the ultrasonic surgical system.
4. Shielding
Where electromagnetic interference may affect equipment operation, the shielding structure should be evaluated together with the rest of the cable construction.
5. Jacket Selection
Silicone, TPU, TPE, PVC, PFA and FEP provide different mechanical and environmental characteristics. The final jacket should be selected according to the application rather than simply choosing a generic medical cable material.
6. Connector Integration
The connector and termination configuration should be confirmed at the engineering stage so that the finished cable can integrate correctly with the surgical instrument and equipment.
Engineering & Procurement Considerations
When sourcing an ultrasonic knife cable, engineering and procurement teams should define the following requirements whenever possible:
| Procurement Item | Recommended Information |
|---|---|
| Application | Ultrasonic knife, ultrasonic scalpel or surgical equipment |
| Cable Type | Surgical scalpel cable / ultrasonic knife cable |
| Core Configuration | Number of conductors and configuration |
| Conductor | Material and AWG |
| Insulation | Required insulation material |
| Shielding | Shield structure and EMI requirements |
| Sheath | Required sheath material |
| Jacket | Silicone, TPU, TPE, PVC, PFA, FEP or other requirement |
| Cable Diameter | Target or maximum allowable OD |
| Cable Length | Required finished length |
| Flexibility | Bending and routing requirements |
| Connector | Connector model / part number |
| Termination | Termination method and contact configuration |
| Drawing | Cable or assembly drawing |
| BOM | Component and material information |
| Prototype Quantity | Required engineering samples |
| Production Volume | Expected recurring demand |
| Testing | Electrical, mechanical and dimensional requirements |
| Cleaning | Cleaning / disinfection conditions, where applicable |
Silicone Jacket Selection
Silicone is particularly relevant when the cable requires a combination of soft handling and flexibility.
Before specifying silicone, engineers should define:
The final silicone formulation and construction should be validated against the actual device requirements rather than selected solely because the product is described as a silicone cable.
OEM Customization
HOTTEN supports customized ultrasonic knife and surgical scalpel cable development according to customer drawings and engineering specifications.
Customization can include:
This allows the cable to be developed around the customer's surgical equipment architecture rather than relying on a fixed standard cable.
Quality Assurance
The current HOTTEN product page identifies the following quality-control and testing capabilities:
Electrical Performance Testing
Used to verify the electrical characteristics required by the customer's cable specification.
Withstand Voltage Testing
Used to evaluate insulation performance under the specified test conditions.
Insulation Testing
Used to verify the insulation characteristics of the finished cable.
Mechanical Reliability Testing
Used to evaluate the cable's mechanical performance according to the applicable project requirements.
Testing requirements can be adjusted according to the customer's technical specification and quality-control process.
Manufacturing Process
Customized ultrasonic knife cables can be developed through a controlled manufacturing process including:
Material Preparation → Conductor Processing → Insulation → Shielding → Sheathing / Jacketing → Cutting → Termination / Assembly → Electrical Testing → Final Inspection
For OEM projects, the production configuration can be established from approved drawings and engineering specifications before recurring production.
Why Choose HOTTEN
Professional Surgical Cable Manufacturing
HOTTEN lists Surgical Scalpel Cable as one of its customized medical cable products and also supports endoscope cables, ultrasound probe cables and medical cable assemblies.
Flexible Cable Construction
Different conductor, insulation, shielding, sheath and jacket materials allow the final cable to be adapted to different surgical equipment designs.
Engineering Support
HOTTEN supports cable optimization according to:
These capabilities are already stated on the current product page.
Customized OEM Production
Customers can provide drawings, component requirements and cable specifications for customized development.
Prototype to Mass Production
The cable can be developed from engineering samples and then transferred to recurring production after design validation.
FAQ
❓ F: What is an ultrasonic knife cable?
A: An ultrasonic knife cable is a medical cable used to connect an ultrasonic surgical instrument with its supporting equipment and electrical system.
❓ F: Can the ultrasonic knife cable use a silicone jacket?
A: Yes. Silicone is one of the jacket materials currently offered for this cable configuration and can be selected when a soft and flexible outer construction is required.
❓ F: Can HOTTEN customize the conductor and insulation?
A: Yes. HOTTEN offers multiple conductor and insulation options and can customize the cable construction according to the customer's engineering requirements.
❓ F: Can the cable include shielding?
A: Yes. Available shielding options include tinned copper, silver plated copper, CU/PET and AL/PET.
❓ F: Can HOTTEN customize the connector?
A: Yes. Connector and termination configurations can be customized according to the customer's cable assembly requirements.
❓ F: Does HOTTEN support prototype development?
A: Yes. HOTTEN supports customized development and production for OEM medical cable projects, including prototype samples and subsequent mass production.
Request a Quote
For an accurate quotation for a customized ultrasonic knife cable, customers are recommended to provide:
Cable Drawing + Core Configuration + AWG + Cable Diameter + Length + Insulation + Shielding + Jacket Material + Connector / Termination + Prototype Quantity + Production Volume
HOTTEN can review these requirements and develop a cable construction suitable for the intended surgical equipment application.





