Separate lines with reel transfers. Double-jacket ADSS also needs an inner-sheath pass between stages 02 and 03. Add upstream fiber coloring if required.
Mulailah dengan kabel yang dibutuhkan pelanggan Anda. Jelajahi suatu arah untuk melihat bagaimana hal tersebut mengubah rute produksi dan rencana pabrik Anda.
Typical process routeProcess steps, not a list of standalone machines
01Pemberian serat
02Anggota kekuatan
03Jacket extrusion
04Pendinginan & penandaan
05Take-up & testing
A drop-cable route can start from purchased optical fiber and prepared strength members. Coloring and support-wire preparation are added only when the project needs them.
04
Project requirement snapshot
Define the factory. Then select the equipment.
A few project inputs connect your target cable to the factory it needs. Start with what you know. Every field is optional.
05
Complete factory process architecture
See your business take shape.
From raw materials to finished cable: connect complete production lines, intermediate reels, laboratory checks and dispatch with the systems that support them.
Whole-factory explorerFTTH / drop cable
COMPLETE SCOPE
ILLUSTRATIVE MASTERPLANSelect a system or play the tour
Material & product flowSupporting infrastructure
SYSTEM 01 / 08
What goes into my cable?
The right materials, ready for the first run.
Coordinate the material bill with the cable drawing and the equipment, from optical fiber to the finished reel.
Fiber, polymers, yarns and strength members
Supplier matching, TDS and sample review
Storage, trial-run quantities and packaging
WHAT WE PLAN TOGETHERInitial material BOM & sourcing plan
Diskusi pabrik AndaExplore the complete scope, then add the topics you want to discuss.
Jalur produksi yang tepat. One workable factory flow.
A cable factory connects complete process lines, not just individual machines. Choose a cable to see the line combination and the intermediate products transferred between them.
LINE 01
Jalur kabel drop FTTH
INPUTOptical fiber + prepared strength membersOUTPUTKabel drop jadi pada gulungan
Feed the fiber and strength members into one coordinated extrusion, cooling, marking and take-up line. Messenger feeding is added for a self-supporting design.
What belongs in each production stage?
Planning status for the selected cable, not a final supply list.
Production stageEquipment & interfacesPlanning status
Persiapan serat
Coloring, rewinding and compatible pay-offs
Use purchased optical fiber and prepared strength members. Add fiber coloring / rewinding or wire coating only if those inputs will be made in-house.
Conditional
Tube / buffer formation
No secondary coating in this example
Match the intermediate product to the approved cable design.
Not in route
Cable core & reinforcement
Pemberian elemen kekuatan paralel
Reinforcement equipment is coordinated with its host line.
Design dependent
Sheathing & marking
Jalur kabel drop FTTH
Extrusion, cooling, marking and take-up operate as a complete line.
In this route
Testing & finishing
Test instruments, reel transfer, rewinding / coiling and packing
Select test equipment and finished-reel handling for the customer specification.
Penerimaan, produksi, pengujian, dan pengiriman perlu bekerja sebagai satu alur material. Dimensi peralatan hanyalah bagian dari rencana bangunan.
Factory layout conceptIllustrative. Not to scale.
Building inputDimensions and site drawing to confirmPlanning exampleKabel Jatuhkan FTTH
FLOW STEP 2 / 5
Rancang ruang di antara garis-garis lengkap.
Production does not move through one continuous machine. Include process-reel storage, inspection and safe transfer to the next line.
Line length and operator access
Buffer reel/drum antara
Maintenance access around every line
Planning outputEquipment positions and WIP handling plan
Final planning uses your building drawing, reel sizes, line configuration and local requirements. Forklift routes, operator aisles, cabinets, water routes and cable trays must be reviewed together.
08
Utilities & infrastructure
Persiapkan layanan-layanan tersebut yang memungkinkan produksi.
Calculate utility requirements after the equipment scope is confirmed. One fixed power or water figure cannot describe every factory.
Electrical power
Installed load, local voltage / frequency, distribution and machine connections.
Cooling water
Extrusion cooling circuits, temperature control and connection points.
Compressed air
Required pressure, air quality and connection points for applicable equipment.
Ventilation
Extrusion and workshop ventilation matched to equipment and local conditions.
Material storage
Storage and material preparation for fiber, polymers, yarns and strength members.
Process environment
Temperature, humidity, dust control and safe access where the process requires them.
09
Laboratory & quality control
Build quality control into the factory plan.
Dari bahan baku hingga gulungan jadi, rencanakan instrumen, metode pengujian, dan catatan yang dibutuhkan pelanggan Anda.
01
Incoming materials
Identity, supplier records and agreed incoming checks.
02
Kontrol proses
Process settings, dimensions and reel traceability.
03
Finished cable
Product-specific tests and recorded release criteria.
LABORATORY EQUIPMENT PLANNING
Existing HONGKAI 3D equipment reference · configuration to confirm
Mechanical
Cable tensile testing
Evaluate the cable under the agreed pulling load and monitoring conditions.
Lingkup peralatan
Tensile, crush, impact, bending or torsion equipment is selected against the cable specification.
Confirm before selection
Rentang beban, perlengkapan, panjang sampel, pemantauan optik, dan batas penerimaan.
Required evidence
Recorded loading conditions and the specified cable / optical results.
10
Raw material & initial BOM support
The cable you want to make. The materials to start it.
Plan your first production run alongside the equipment. Explore the material layers, then connect the cable drawing to an initial bill of materials (BOM) and sourcing plan.
Kabel Jatuhkan FTTHEXISTING 3D REFERENCE
01
Approximate layer locator. Final materials follow the approved cable drawing.
BAHAN 01 / 03
Serat optik
The optical transmission element at the centre of your cable.
Where it enters production
Fiber preparation and the first production line
Confirm for the initial BOM
Fiber specification, colour, reel format and supplier records
Explore the material layersSelect a category to see its role.
Also plan reels, packaging, process consumables and incoming inspection with the first material order.
From a cable drawing to the first material order.
HONGKAI can coordinate material planning and sourcing alongside your factory equipment. The proposal identifies what is supplied, by whom, and what your team needs to prepare.
Connect each material category to the cable drawing and production stage. Confirm grades, dimensions and reel or package formats before ordering.
An initial BOM and trial-material plan
Separate trial-production needs from planned production stock. Quantities follow the agreed cable dimensions, output plan and startup allowance.
Sourcing and incoming-check coordination
Review supplier data sheets, samples and batch records. Identify the material manufacturer, supply responsibility and agreed incoming checks in the project scope.
1
Cable drawingConfirm the construction
2
Initial BOMIdentify grades & quantities
3
Supplier reviewCheck TDS & samples
4
Trial productionValidate the agreed inputs
11
Phased factory configuration
Start with the essentials. Plan the next move.
Choose the planning horizon for your brief.
12
Manufacturing & responsibility
One project team. Clearly defined responsibilities.
A few useful answers for your first factory discussion.
Can I start if I do not know the machine names?
Yes. Start with your intended customers, installation environment and the cable you want to sell. A sample, drawing or application description gives HONGKAI a basis for discussing the product, process and factory scope.
Which production lines does a new factory need?
The cable portfolio determines the line combination. FTTH drop cable, GJFJV, central-tube GYXTPY and stranded ADSS use different routes. Review purchased intermediate products, preparation, reel transfers and testing before fixing the equipment list.
Can materials and specialist equipment be included?
Material sourcing, auxiliary systems and specialist laboratory equipment can be coordinated within the agreed scope. Their manufacturers, technical requirements and responsibilities are identified in the proposal.
How much investment and factory space do I need?
A useful estimate requires the target cable portfolio, output, automation level, available building and local utility conditions. The project can then be evaluated by production phase. This page does not apply a fixed price or area to every factory.
Can we build the project in phases?
Yes, phased planning can begin with the core product range and consider additional parallel lines or new cable families later. Space, material flow and utility interfaces should be reviewed before the first phase is finalized.
What should we prepare for the first discussion?
Share your target market and cable products, country, capacity goal, available factory information and expected timing. Mark unknown items as “to confirm”; the first conversation can help identify the missing technical inputs.
What utilities should be prepared?
Power, cooling water, compressed air where required, ventilation and process conditions are evaluated after equipment selection. Share the existing voltage, frequency and building conditions so equipment-side and site-side responsibilities can be defined.
Do we need to build a new laboratory?
Review your current instruments, target cable requirements and testing plan first. The scope may involve a new laboratory, additions to an existing one or identified external testing. Test methods, equipment and documentation are confirmed for the project.
What does FAT include?
Factory Acceptance Test checks the contracted equipment against an agreed plan, including the test material, running conditions, acceptance criteria and documentation. Results and open items should be recorded before the contracted shipment-release decision.
Can we keep our existing production equipment?
Share the machine list, current process, controls, utility needs and condition. Reuse depends on technical compatibility and the planned output; integration is reviewed before it is included in the factory configuration.
How are installation and training arranged?
Site readiness, travel or remote support, installation responsibilities, commissioning, training and acceptance conditions are defined in the project agreement. Your local team prepares the building, utilities and operators assigned to the project.
18
Start your factory project
Bring your cable idea. Let’s plan the factory.
You do not need every technical answer today. Start with what you know and we can work through the missing details together.