EN
Premium Dental Sensing Cable for Intraoral Scanners
| Procurement Item | Recommended Information |
|---|---|
| Application | Intraoral scanner, dental imaging equipment or dental sensor device |
| Cable Type | Dental sensing cable / medical sensor cable |
| Cable Diameter | Target or maximum allowable OD |
| Core Configuration | Number of conductors and configuration |
| Conductor | Material and AWG |
| Insulation | Required insulation material |
| Shielding | Shield structure and EMI requirements |
| Cable Length | Required finished length |
| Flexibility | Bending and routing requirements |
| Jacket | Required outer jacket material |
| Connector | Connector model or termination requirement |
| Electrical Requirements | Continuity, insulation, shielding and signal requirements |
| Prototype Quantity | Required engineering samples |
| Production Volume | Expected recurring demand |
| Drawing / BOM | Available cable drawing and component information |
| Testing | Required electrical and mechanical inspection |
| Compliance | Applicable material and product requirements |
| 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 braid
- Silver plated copper braid
- CU/PET
- AL/PET
- PVC
- TPU
- TPE
- Silicone
- PFA
- FEP
Cable diameter
Core configuration
AWG selection
Conductor material
Insulation material
Shielding structure
Jacket material
Connector assembly
Prototype development
Mass production
Intraoral scanner or dental equipment application
Cable drawing or dimensional requirements
Core configuration
Conductor material and AWG
Maximum cable diameter
Insulation and shielding requirements
Cable length
Jacket material
Connector or termination specification
Prototype quantity
Expected production volume
Required electrical and mechanical testing
Intraoral scanner application
Sensing or signal interface
Cable structure
Number of conductors or signal paths
Conductor or wire size
Electrical requirements
Shielding requirements
Connector type and connector brand
Connector part number
Pin assignment
Cable length
Cable diameter
Flexibility and bending requirements
Internal routing requirements
Operating environment
Required samples
Expected production quantity
- Dental Sensing Cable
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- Endoscope Cable
- EEG Lead Wire
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- Surgical Scalpel Cable
FAQ
What is a dental sensing cable?
A dental sensing cable is a specialized cable used in dental devices such as intraoral scanners to transmit sensor signals and data.
Why is shielding important for dental sensor cables?
Dental scanning equipment requires stable signal transmission. Shielding helps reduce electromagnetic interference and improve signal reliability.
Can HOTTEN customize dental sensing cables?
Yes. HOTTEN supports customized cable structures, conductor materials, shielding designs and connector solutions.
Product Overview
Premium Dental Sensing Cable for Intraoral Scanners
HOTTEN provides customized dental sensing cable solutions designed for intraoral scanners and digital dental equipment requiring reliable signal transmission and flexible operation.
Our dental sensor cables are engineered with precision conductor structures, shielding designs and medical-grade insulation materials to support high-performance dental imaging applications.
With professional cable manufacturing capabilities, HOTTEN supports OEM customers with customized cable design, material selection and production services.
Key Features
High Performance Dental Sensor Cable
🔹 Reliable Signal Transmission
Optimized cable structures support stable data transmission for dental sensing applications.
🔹 Excellent Flexibility
Designed for repeated movement and comfortable operation in dental equipment.
🔹 Advanced Shielding Performance
Shielding options help reduce electromagnetic interference and maintain signal quality.
🔹 Miniature Cable Design
Supports compact medical equipment requiring lightweight and flexible cables.
🔹 OEM Customization Capability
Cable structure, dimensions and materials can be customized.
Cable Structure
Customized Dental Sensing Cable Configuration
Conductor
Options:
Insulation
Options:
Shielding
Options:
Jacket
Options:
Applications
Dental Equipment Applications
Suitable for:
🦷 Intraoral Scanner Systems
📷 Digital Dental Imaging Equipment
🔬 Dental Sensor Devices
🏥 Dental Diagnostic Equipment
🏭 Dental Equipment OEM Manufacturers
Customization Options
OEM Dental Cable Solutions
HOTTEN supports:
✔ Cable diameter customization
✔ Core configuration
✔ AWG selection
✔ Shielding structure
✔ Conductor material selection
✔ Jacket material customization
✔ Connector assembly
✔ Prototype development
✔ Mass production
Engineering & Procurement Considerations
What Engineers Should Consider When Selecting a Dental Sensing Cable
A dental sensing cable is a precision cable used to connect sensing and imaging components in dental equipment such as intraoral scanner systems. Cable selection should consider signal transmission, shielding, flexibility, miniature construction, material compatibility and mechanical routing together with the overall equipment design.
For intraoral scanners, the cable must fit compact equipment structures while supporting reliable sensor signal transmission and repeated movement during operation. HOTTEN supports customized conductor, insulation, shielding and jacket configurations according to the customer's application and equipment requirements.
Key Engineering Requirements
| Engineering Requirement | Key Considerations |
|---|---|
| Compact Construction | Cable diameter and overall structure should fit the available internal space of the intraoral scanner. |
| Signal Transmission | Conductor configuration and cable construction should match the sensing and data-transmission requirements of the device. |
| EMI Shielding | Shielding helps reduce electromagnetic interference and support more stable signal transmission. |
| Flexibility | Cable construction should accommodate repeated movement and routing inside dental scanning equipment. |
| Material Selection | Conductor, insulation, shielding and jacket materials should be selected according to electrical, mechanical and equipment requirements. |
| Mechanical Reliability | Cable construction should withstand the bending and routing conditions encountered during normal equipment operation. |
| Manufacturing Consistency | Dimensional and electrical consistency is important for repeatable performance during prototype and production stages. |
Key Procurement Parameters
When sourcing a dental sensing cable for an intraoral scanner, engineering and procurement teams should confirm:
| Procurement Item | Recommended Information |
|---|---|
| Application | Intraoral scanner, dental imaging equipment or dental sensor device |
| Cable Type | Dental sensing cable / medical sensor cable |
| Cable Diameter | Target or maximum allowable OD |
| Core Configuration | Number of conductors and configuration |
| Conductor | Material and AWG |
| Insulation | Required insulation material |
| Shielding | Shield structure and EMI requirements |
| Cable Length | Required finished length |
| Flexibility | Bending and routing requirements |
| Jacket | Required outer jacket material |
| Connector | Connector model or termination requirement |
| Electrical Requirements | Continuity, insulation, shielding and signal requirements |
| Prototype Quantity | Required engineering samples |
| Production Volume | Expected recurring demand |
| Drawing / BOM | Available cable drawing and component information |
| Testing | Required electrical and mechanical inspection |
| Compliance | Applicable material and product requirements |
OEM Customization
HOTTEN supports customized dental sensing cable development for intraoral scanner and digital dental equipment manufacturers.
Available customization options include:
The current product configuration supports silver-plated copper, tinned copper and copper-alloy conductor options; PTFE, ePTFE, FEP and PFA insulation; multiple shielding structures; and PVC, TPU, TPE, silicone, PFA and FEP jacket options.
Dental Sensing Cable Supplier Evaluation Checklist
For OEM procurement, the supplier should be evaluated on:
① Signal and Shielding Performance
Can the cable maintain stable sensor signal transmission and provide an appropriate shielding structure?
② Miniature Cable Capability
Can the supplier manufacture compact cable constructions suitable for intraoral scanning equipment?
③ Flexibility and Mechanical Performance
Can the cable accommodate repeated movement and internal routing?
④ Material and Construction Options
Can the supplier provide different conductor, insulation, shielding and jacket configurations?
⑤ Engineering Customization
Can the supplier work from drawings, AWG requirements, connector specifications and electrical requirements?
⑥ Production Capability
Can the supplier support both engineering samples and subsequent mass production?
Recommended RFQ Information
For faster technical evaluation and quotation, customers are recommended to provide:
Providing these specifications allows the cable structure to be evaluated against the actual dental equipment architecture instead of selecting a generic cable based only on conductor size or outer diameter.
HOTTEN Dental Sensing Cable Support
HOTTEN provides customized dental sensing cable solutions for intraoral scanner systems, digital dental imaging equipment, dental sensor devices and dental diagnostic equipment. The current product page also identifies OEM customization, connector assembly, prototype development and mass production as supported services.
Quality Assurance
Dental Cable Reliability Testing
Testing includes:
✔ Electrical continuity testing
✔ Insulation testing
✔ Withstand voltage testing
✔ Shielding performance testing
✔ Mechanical bending testing
Engineering & Procurement Considerations for Dental Sensing Cables for Intraoral Scanners
Why are specialized sensing cables used in intraoral scanners?
Intraoral scanners use compact sensing and imaging components that need to communicate with the scanner electronics. A specialized sensing cable provides the electrical connection required within this compact device while accommodating the physical constraints of the scanner assembly.
Cable diameter, conductor configuration, flexibility, shielding, connector design, and cable length may all need to be considered according to the scanner architecture.
How does cable flexibility affect an intraoral scanner?
An intraoral scanner is handled directly during scanning, so the cable may need to accommodate repeated movement and bending during operation. Cable flexibility and routing can therefore be important design considerations.
Engineers should evaluate the cable together with the scanner's internal routing path, available space, bending requirements, connector position, and required cable length rather than selecting a cable based only on electrical specifications.
What electrical characteristics should engineers consider for a dental sensing cable?
The appropriate electrical characteristics depend on the sensing and electronic interface used by the intraoral scanner. Engineers may need to consider conductor configuration, signal paths, shielding, insulation, cable geometry, connector termination, and cable length.
For a customized dental sensing cable, these parameters should be defined according to the actual scanner interface and system requirements.
Why is compact cable construction important for intraoral scanner design?
Intraoral scanners typically integrate multiple electronic and sensing components within a relatively compact housing. The cable therefore needs to fit the available internal space without interfering with other components or restricting the required mechanical movement.
A compact cable design can be evaluated through conductor size, cable diameter, insulation structure, signal configuration, connector dimensions, and routing requirements.
What specifications should be provided when developing a custom intraoral scanner cable?
For engineering evaluation and quotation, buyers should provide as much of the following information as possible:
Technical drawings, connector specifications, pinout information, or an existing cable sample can help suppliers evaluate the required cable configuration more accurately.
What should buyers evaluate when sourcing a custom dental sensing cable?
Buyers should evaluate the supplier's ability to manufacture fine-wire and customized cable assemblies, maintain consistent electrical and dimensional characteristics, and support compact connector termination.
Other important considerations include engineering support, sample-development capability, quality management, production consistency, customization flexibility, and the supplier's ability to coordinate cable design with the scanner's mechanical and electrical requirements.
For an OEM or ODM intraoral scanner project, the cable supplier should be able to evaluate the complete interconnection rather than treating the cable as a standard off-the-shelf component.
Why Choose HOTTEN
Professional Dental Sensor Cable Manufacturer
HOTTEN specializes in precision medical cables:
