01SELECTED PRODUCTION LINE
CAT6 reference configurations. CAT6A is reviewed separately.
PRODUCTION LINE PREVIEW
Reference configurationREFERENCE CABLE CONSTRUCTION
CAT6 U/UTP · 4 PAIRS Cross separator shown as one reference design. Final construction follows the approved drawing.
Core Wire Insulation LinePair TwistingCablingSheathing Extrusion LineCoiling & Packing EquipmentPlan CAT6 LAN cable production from the approved U/UTP or F/UTP construction. The route covers insulation, pair twisting, cabling, conditional shielding, sheathing, testing and packing. Separator design, materials, output and acceptance are confirmed for each project.
02CABLE SPECIFICATION
Machine selection is the result of the required cable, not the starting point.
03CABLE STRUCTURE
Select a layer to see its function, manufacturing stage and control responsibility.
SELECTED LAYER · 03
This is the key process relationship behind crosstalk control; final values follow the approved cable design.
04MANUFACTURING PROCESS
Explore how the selected cable moves from conductor to tested, packed product.
Copper conductors are insulated and colour identified. Material, conductor size and target diameter are confirmed before line configuration.
05PERFORMANCE CONTROL MAP
Final acceptance values are confirmed in the project specification.
Material, diameter and concentricity
CAT6 pair-specific lay, tension and geometry repeatability
Back-twist, assembly tension and separator position where applicable
Jacket thickness, cooling and surface quality
F/UTP adds foil-overlap and drain-wire continuity controls. Conductor continuity alone does not establish CAT6 electrical performance.
06REQUIRED EQUIPMENT
Each machine is tied to a defined process responsibility and cable-quality objective.
Forms the coloured insulated conductor and establishes dimensional consistency before twisting.
Supply scope to confirm Builds the four balanced pairs with controlled lay length and stable tension.
Supply scope to confirm Assembles the pairs while protecting pair geometry and reducing deformation.
Supply scope to confirm Applies the outer jacket and coordinates printing, cooling, spark test and take-up.
Supply scope to confirm Prepares the tested finished cable for the required delivery format.
Coordinated by HONGKAI PROCESS-TO-EQUIPMENT MAPPING
Forms the coloured insulated conductor and establishes dimensional consistency before twisting.
CAT6 options: separator feed and positioning where required; overall foil and drain-wire handling for F/UTP. Separator extrusion is a separate upstream option, not the cabling machine shown here. Confirm the manufacturing source and contractual scope of each module.
07CONFIGURATION OPTIONS
These are scope frameworks, not fixed quotations or guaranteed capacity levels.
STANDARD CONFIGURATION
Shielding is part of the base scope for F/UTP, not an optional quality upgrade. Every configuration requires an agreed CAT6 acceptance plan.
08FUTURE EXPANSION
Reserve space and interfaces for the intended CAT6 range. CAT6A is a separate engineering review, not an automatic upgrade of this configuration.
Reserve process flexibility for future construction or material options.
Leave practical access for material movement, testing and packing.
Confirm power, air, water and data interfaces before final layout.
09SELECTION GUIDE
A sound proposal resolves the variables below before fixing the machine list.
U/UTP or F/UTP, separator design, conductor, insulation, jacket and fire requirement
Electrical acceptance basis and in-process control scope
Product mix, operators, changeover and packing format
Clear dimensions, utilities, material path and installation access
10QUALITY & TESTING
Separate production controls, finished-cable verification and project acceptance responsibilities.
Controls that protect repeatability while the cable is being made.
Diameter, concentricity and colour identification
Line record or agreed inspection methodLay plan, tension and geometry consistency
Pair setup and sample confirmationAssembly stability, separator position and shield/drain checks where applicable
Process observation and dimensional reviewThickness, finished diameter, surface and marking
In-line and final visual/dimensional record11KNOWLEDGE & RISK CONTROL
Use the line as a coordinated process system, not a collection of independent machines.
Real output depends on cable construction, material, control scope and acceptance conditions.
Pair-specific lay planning is central to crosstalk control.
Power, water, air, drainage and material flow affect the final layout.
12DELIVERY BOUNDARIES
Final responsibility is stated item by item in the technical proposal.
Production machinery designed and built within the agreed HONGKAI scope.
Line coordination, selected peripherals and delivery scope defined in the proposal.
Identified third-party testing or auxiliary equipment where required.
13 MANUFACTURING EVIDENCE
These videos are equipment operating references. They are not evidence of acceptance for your CAT6 cable construction. Confirm the machine model, material, test record and project scope separately.
01 STAGE 01 · INSULATION 02 STAGE 02 · PAIR TWISTING 03 STAGE 03 · CORE ASSEMBLY 04 STAGE 04 · SHEATHING 05 STAGE 05 · COILING These videos are operating references for individual modules. They do not establish the final machine model, complete line scope, acceptance result, production speed or guaranteed cable performance for a new project. Stage 03 is a draft process mapping and must be confirmed in the technical proposal.
14 PROJECT REFERENCE REVIEW
Operating videos show individual machines at work. They do not by themselves confirm the final line scope, acceptance result or cable performance for a new project.
Category, conductor, insulation, pair construction and jacket material are confirmed.
Machine models, interfaces, auxiliaries and included services are identified.
Customer identity, country and project media are disclosed only with permission.
Any commissioning, acceptance or output statement is supported by project records.
Reference availability and disclosure scope depend on verified records and customer permission.
14B CUSTOMER FEEDBACK
Customer feedback on CAT6 cable construction, equipment scope and production-line planning.
For our CAT6 project, HONGKAI explained how conductor insulation, pair-specific twisting and cabling settings relate to the agreed electrical test requirements. This made the proposed equipment scope easier to understand.
The CAT6 planning discussion covered the workshop layout, utility interfaces and separator handling where required by the cable drawing. That gave our team a clearer basis for reviewing the proposed production route.
We valued the clear distinction between a CAT6 U/UTP route and the additional overall foil and drain-wire handling for F/UTP. The proposal discussion also identified which testing and supply-scope details needed confirmation.
15 FAQ
Need a project-specific answer? Send the cable specification and factory conditions below.
They share the buyer journey and core processes, but F/UTP adds overall foil, drain-wire handling and associated controls. The equipment route must match the approved cable construction.
No. A cross separator is one possible construction. Other separator designs and validated separator-free constructions exist. Confirm the cable drawing before selecting separator feed or extrusion equipment.
CAT6A is outside this template scope. Materials, shielding, pair geometry, tooling and electrical testing require a separate engineering review before any compatibility is stated.
The specified insulation, jacket compounds, processing conditions and applicable fire-test requirements must be confirmed separately. A generic PVC or LSZH option does not establish plenum suitability.
Provide the cable drawing, conductor and insulation details, separator and shielding construction, jacket/fire requirement, target output, workshop utilities and the required acceptance tests.
No. Continuity and identification are basic checks. The agreed CAT6 electrical performance tests, test method, limits, frequency range and instrument capability must be included in the acceptance plan.
The proposal should identify HONGKAI-manufactured modules, integrated specialist items and customer-supplied interfaces separately. Final test instruments and responsibilities are agreed project by project.
No fixed speed or output is promised here. Production performance is confirmed against the materials, cable construction, equipment configuration and acceptance conditions.
16 PROJECT ENQUIRY
Start with the cable drawing, construction and factory information you already have. HONGKAI can use the submitted information for a preliminary project review and identify items that still require confirmation.
This enquiry supports an initial technical discussion. It is not a quotation, performance guarantee, confirmed equipment list, final supply scope, delivery schedule or acceptance commitment.
