LAN Cable Production Lines & Equipment
Complete LAN cable manufacturing solutions from conductor preparation to final electrical testing, configured around the cable category and performance you need to produce.
- Cat5e to higher-performance route planning
- Equipment grouped by manufacturing process
- Performance-led configuration logic
- One coordinated project scope
What Type of LAN Cable Are You Planning to Produce?
Select the target category first. The page will translate that decision into performance priorities, process requirements, related equipment and an enquiry brief.
Cat6 F/UTP & Shielded Cable
Shielded enterprise and industrial network environments
- Frequency orientation
- 250 MHz typical
- Conductor orientation
- 23 AWG typical
- Shielding structure
- Foil and drain wire
- Production difficulty
- 04 / 05
- Foil overlap control
- Drain-wire continuity
- Pair balance through shielding
Choose Equipment According to Cable Performance Requirements
The practical configuration difference comes from control accuracy, shielding complexity, test scope and target output, not simply from machine count.
| Cable type | Frequency | Conductor | Shielding | Primary production focus | Difficulty | Action |
|---|---|---|---|---|---|---|
| Cat5e UTP | 100 MHz | 24 AWG | Unshielded | Insulation diameter and twist consistency | 02 / 05 | |
| Cat6 UTP | 250 MHz | 23 / 24 AWG | Optional | Pair geometry and impedance control | 03 / 05 | |
| Cat6 F/UTP | 250 MHz | 23 AWG | Foil and drain wire | Shield overlap and continuity | 04 / 05 | |
| Cat6A | 500 MHz | 23 AWG | Usually shielded | Crosstalk and process consistency | 04 / 05 | |
| Cat7 | 600 MHz+ | Confirm per project | Complex shielding | Individual-pair shielding and coverage | 05 / 05 | |
| Patch Cable | Category dependent | Stranded; confirm per project | Optional by product | Flexibility and termination readiness | 03 / 05 |
Typical orientation values only. Confirm the applicable standard, cable construction, target output and acceptance criteria before equipment configuration.
From Copper Conductor to Verified, Packed LAN Cable
All eight stages remain visible. Selecting a stage carries its equipment focus into the next section without hiding the rest of the production route.
Prepare the conductor route required by the approved cable design.
- Input
- Copper rod or incoming conductor
- Critical control
- Diameter tolerance and surface condition
- Output
- Prepared copper conductor
- Equipment
- Drawing, annealing, pay-off and preparation systems
Apply stable insulation with dimensional and process monitoring.
- Input
- Prepared conductor and insulation compound
- Critical control
- Diameter, concentricity and material consistency
- Output
- Insulated core wire
- Equipment
- Insulation extrusion line and inline gauges
Twist two insulated wires with controlled pitch, symmetry and tension.
- Input
- Two insulated wires
- Critical control
- Twist pitch, pair balance and tension
- Output
- Controlled twisted pair
- Equipment
- Pair twisting machine and tension-control route
Lay up four pairs around the confirmed central construction.
- Input
- Twisted pairs and separator if required
- Critical control
- Pair position, lay length and tension
- Output
- Cabled core
- Equipment
- Cabling line and separator application
Apply the confirmed foil, drain-wire or braid structure without disturbing pair geometry.
- Input
- Cabled core and shielding material
- Critical control
- Overlap, coverage, continuity and tension
- Output
- Shielded cable core
- Equipment
- Foil applicator, drain-wire feed and braiding systems
Apply the final jacket while protecting the controlled cable geometry.
- Input
- Cabled or shielded core and jacket compound
- Critical control
- Wall thickness, ovality, cooling and print quality
- Output
- Finished LAN cable
- Equipment
- Outer sheathing extrusion line
Verify the agreed electrical parameters and retain traceable test evidence.
- Input
- Finished cable sample or reel
- Critical control
- Test setup, frequency range and acceptance criteria
- Output
- Project-agreed test record
- Equipment
- Electrical test and measurement systems
Prepare the finished cable for the confirmed pack length and delivery format.
- Input
- Tested finished cable
- Critical control
- Length, tension, coil geometry and labelling
- Output
- Coiled or boxed finished cable
- Equipment
- Coiling, take-up and packing systems
Required and optional labels follow the selected category. Final process stages, equipment source and acceptance criteria remain subject to the approved cable specification.
Start from What You Know
Share the target cable category, conductor size, shielding structure, required output and factory conditions. A cable drawing or reference specification helps the first review.
- Cable category
- Select a cable category to create the project brief
- Shielding
- Not committed
- Active process
- Not committed
- Equipment focus
- Not committed
- Configuration
- Not committed
- Compared routes
- None selected
- Planning inputs
- None provided
The summary supports the first technical conversation. It is not a quotation, performance guarantee, investment result or final supply scope.
Start from What You Know
Share the target cable category, conductor size, shielding structure, required output and factory conditions. A cable drawing or reference specification helps the first review.
- Cable category
- Select a cable category to create the project brief
- Shielding
- Not committed
- Active process
- Not committed
- Equipment focus
- Not committed
- Configuration
- Not committed
- Compared routes
- None selected
- Planning inputs
- None provided
The summary supports the first technical conversation. It is not a quotation, performance guarantee, investment result or final supply scope.
Browse Machines the Way the Line Is Built
The established process Accordion remains on the left. Opening a group updates the related real/reference equipment image and control summary on the right.
- Wire drawing machine
- Annealing system
- Copper pay-off and preparation
Incoming copper format, conductor design and responsibility boundary are confirmed per project.
- Insulation extrusion line
- Crosshead, cooling and haul-off
- Inline dimensional monitoring
Final configuration follows conductor size, insulation material and agreed control requirements.
- Pair twisting machine
- Pay-off and tension control
- Back-twist configuration where required
Pair design, lay-length window and target cable determine the selected configuration.
- Cable twisting line
- Separator application where required
- Wrapping and take-up systems
Central construction, pair position and downstream shielding route require joint confirmation.
View cross-web separator line reference- Aluminium-foil application
- Drain-wire feed
- Braiding equipment where required
Shield material, overlap, coverage and equipment source are confirmed in the approved scope.
- Outer sheathing extrusion line
- Cooling, haul-off and take-up
- Inline marking and spark-test interface
Jacket material, finished diameter and pack format define the final line arrangement.
- Cable test and measurement system
- Project-agreed sample preparation
- Traceable test-record workflow
Test standard, frequency range and acceptance criteria require written project confirmation.
- Coiling and take-up systems
- Length-control interface
- Packing system for the agreed format
Pack length, coil geometry, labelling and downstream scope remain project-specific.
Shielding
Apply the confirmed foil, drain-wire or braid structure without disturbing pair geometry.
- Critical control
- Overlap, coverage, continuity and tension
- Related equipment
- Foil applicator, drain-wire feed and braiding systems
Safe reference only — a verified shielding-equipment image is not yet assigned. Foil, drain-wire and braid scope are confirmed in the proposal.
Build the Right LAN Cable Production Configuration
Start from the target category and performance window, then confirm the equipment scope, interfaces and responsibility boundary.
Cat5e & Flexible Cable Route
A practical route for baseline Ethernet or flexible downstream cable products, finalized from conductor and jacket construction.
- Insulation extrusion
- Pair twisting and cabling
- Sheathing, testing and packing
Cat6 Production Configuration
Higher pair and geometry control, with shielding systems added when the approved Cat6 construction requires them.
- Precision insulation route
- Pair twisting and separator control
- Optional or required shielding scope
Cat6A & Higher-Performance Shielded Route
A control-led route for cables needing tighter geometry, complex shielding and an expanded electrical test plan.
- Tighter upstream process windows
- Confirmed foil, drain-wire or braid stages
- Project-agreed test scope
Complete Network Cable Factory
A coordinated factory scope assembled only after the target product mix, required output, utilities and responsibility split are confirmed.
- Conductor and extrusion planning
- Twisting, cabling and shielding integration
- Testing, packing and project interfaces
Reference configuration only. Final cable construction, performance, equipment, acceptance criteria and supply scope require a mutually approved technical and commercial agreement.
Review Production Routes by Cable Category
These cards preserve the established equipment-card language while avoiding unconfirmed speed, output, footprint, operator and investment figures.
01 · CAT5/5E Cat5e UTP Production Route
Insulation extrusion, pair twisting, cabling, sheathing, electrical testing and packing.
02 · CAT6/6A Cat6 UTP Production Route
Precision insulation, pair twisting, separator application, cabling, sheathing, testing and packing.
03 · CAT6/6A Cat6 Shielded Production Route
Adds the confirmed foil and drain-wire route without losing the upstream pair-control requirements.
04 · CAT6/6A Cat6A Shielded Production Route
Combines tighter upstream geometry control, shielding and a category-specific electrical test plan.
05 · CAT7 Cat7 / Higher-Performance Route
Individual and overall shielding stages are defined only from the approved construction and test criteria.
06 · PATCH Patch Cable Manufacturing Route
Stranded-conductor, flexible-jacket, coiling and optional downstream termination scope require separate confirmation.
Route cards show decision structure only. Machine model, quantity, output, staffing, floor area, utilities, commercial scope and schedule remain To Be Confirmed.
Compare the Route Before Confirming the Numbers
Compare category, conductor route, shielding, core processes and acceptance basis first. Project numbers are added only after the cable drawing and factory conditions are reviewed.
| Select | Production route | Target category | Conductor route | Shielding | Core process scope | Acceptance basis |
|---|---|---|---|---|---|---|
| Cat5e UTP Production Route | Cat5e UTP | Solid conductor; size TBC | Unshielded | Extrusion, twisting, cabling, sheathing, testing, packing | Standard and test criteria TBC | |
| Cat6 UTP Production Route | Cat6 UTP | Solid conductor; size TBC | Optional | Precision extrusion, twisting, separator, cabling, sheathing, testing | Standard and test criteria TBC | |
| Cat6 Shielded Production Route | Cat6 F/UTP | Solid conductor; size TBC | Foil and drain wire | Cat6 route plus confirmed shielding application | Shield continuity and test criteria TBC | |
| Cat6A Shielded Production Route | Cat6A | Project-confirmed conductor | Usually shielded | Tighter geometry route, shielding, sheathing and expanded testing | Standard and test criteria TBC | |
| Cat7 / Higher-Performance Route | Cat7 / project target | Project-confirmed conductor | Complex, construction dependent | Individual/overall shielding route plus project-specific testing | Construction and test criteria TBC | |
| Patch Cable Manufacturing Route | Category dependent | Stranded route; design TBC | Product dependent | Flexible cable route, packing and optional termination interface | Product and assembly criteria TBC |
No production routes are selected. Return to the route cards and choose the lines you want to compare.
No speed, output, staffing, footprint, price or ROI figure is assumed in this comparison. Those values require project-specific engineering and commercial confirmation.
Electrical Performance Starts from Production Control
End-of-line testing verifies performance; it does not create it. The route must control the geometry, balance and shielding that influence the electrical result.
Conductor Diameter
Diameter stability and conductor condition establish the electrical baseline before insulation.
InfluencesResistance and balanceInsulation Geometry
Diameter, concentricity and material consistency shape the behaviour of each insulated core.
InfluencesAttenuation and impedanceTwist Pitch
Repeatable lay length, pair balance and tension support crosstalk-control objectives.
InfluencesNEXT and return lossShielding Quality
Coverage, overlap and continuity must follow the approved shield construction without disturbing pair geometry.
InfluencesEMI control and crosstalkCable Testing
The agreed test method checks target parameters against the project acceptance criteria.
ProducesProject-agreed acceptance evidenceThe applicable standard, sample preparation, test range, instruments and acceptance thresholds must be confirmed for the target cable.
Manufacturing, Integration and One Project Team
A coordinated project does not require claiming that every specialist machine comes from one factory. The approved proposal identifies source, interface and responsibility.
Confirmed core scope
Extrusion equipment, electrical control, line integration and pre-delivery checks within the signed HONGKAI project scope.
Complete process route
Equipment stages, auxiliary systems, interfaces and project coordination configured around the approved cable specification.
Declared supporting scope
Drawing, annealing, shielding or special test systems identified with their source and responsibility in the final proposal.
Contracting entity, installation scope, commissioning, training and after-sales responsibility must be stated in the final proposal rather than inferred from this page.
Define the Inputs Before Discussing Investment
This planning worksheet preserves the investment decision step without inventing equipment prices, line output, factory cost, ROI or payback.
Show the Route, Equipment and Planning Material Actually Available
The assets below are used as technical references. They are not presented as customer results, capacity proof, acceptance records or delivered-project cases.
Verified project cases and workshop videos remain pending internal confirmation. Add customer, country, supplied scope, performance result or production footage only after the underlying facts, ownership and publication permission are verified.
What Should Be Confirmed Before a Line Is Proposed?
These answers define the first planning conversation. Final configuration follows the approved cable specification and project conditions.
Send Cable RequirementsIt depends on conductor size, extrusion configuration, twisting requirements and target output. Compare the approved cable designs before defining a common equipment scope.
Cat6A normally requires tighter control of pair geometry and consistency, additional shielding steps for many constructions, and an expanded electrical test plan. The final route follows the selected standard and cable design.
Start with the cable category, conductor size, shielding structure, target capacity and factory conditions. A cable drawing or reference specification makes the first configuration more reliable.
HONGKAI can coordinate the required stages and equipment scope around the target cable specification. Equipment source, contracting entity, installation scope and after-sales responsibility are confirmed in the proposal.
The page uses source labels for planning orientation. The final proposal must identify the actual equipment source, contracting entity, interfaces, installation responsibility and after-sales boundary for every included stage.
Start from What You Know
Share the target cable category, conductor size, shielding structure, required output and factory conditions. A cable drawing or reference specification helps the first review.
- Cable category
- Select a cable category to create the project brief
- Shielding
- Not committed
- Active process
- Not committed
- Equipment focus
- Not committed
- Configuration
- Not committed
- Compared routes
- None selected
- Planning inputs
- None provided
The summary supports the first technical conversation. It is not a quotation, performance guarantee, investment result or final supply scope.