Production line configuration
Configure conductor preparation, insulation, multi-core laying-up and sheathing around the cable sizes and constructions you plan to produce.
Conductor material, cross-section, core count, insulation and sheath materials, finished diameter and intended output.
Conductor → core insulation → laying-up where required → sheath → finishing
Cross-section, core count and insulation
Building wire and multi-core power cable do not share one fixed equipment list. Select the material you will buy, then add only the operations required by the cable drawing.
Core insulation → laying-up where required → specified additional layers → sheath and finishing.
Review drawing and conductor formation before core insulation; continue according to the single- or multi-core design.
Laying-up where required → specified tapes or armor → sheath and finishing.
This defines a discussion scope. The final equipment list follows the cable drawing and technical review.
Select a stage to see its role, equipment and the interface to confirm.
Prepare the conductor dimensions and condition needed by the next operation.
Confirm the interfaceMaterial compatibility, incoming and finished diameter, annealing needs and supply reels.
Bring individual wires together into the specified flexible or stranded conductor.
Confirm the interfaceSingle-wire size, strand count, lay, finished cross-section and transfer reels.
Apply the specified insulation around each conductor. Material and cable geometry determine the configuration.
Confirm the interfaceCompound grade, wall thickness, finished diameter, cooling and in-line inspection.
Assemble the cores or pairs specified on the cable drawing, with the required lay and handling arrangement.
Confirm the interfaceCore or pair count, lay, fillers, tape requirements and take-up format.
Apply the outer layer and plan inspection, take-up and the final reel or coil.
Confirm the interfaceJacket compound, finished dimensions, take-up reels and any separate final testing.
Indicative route. Catalogue photographs show equipment examples; the final line follows your cable drawing.
A different cable structure can change machines, tooling and supply responsibilities. Compare these choices before agreeing the equipment list.
Review conductor preparation, insulation, inspection and the required reel or coil package.
A single-core product does not automatically need a laying-up stage or a separate sheath.
Specify the exact construction and final package, including whether additional layers are present.
Add a laying-up arrangement sized for the core count and dimensions, with filler and tape devices as required.
The assembly diameter and reel loading can change handling and floor-space needs substantially.
Confirm core dimensions, finished assembly diameter, lay, filler, tape and reel weights.
Treat armoring and any material-specific insulation treatment as explicit process packages.
The main extrusion scope does not establish that these additional operations are included.
Identify every layer and processing step, the supplier responsible and the acceptance requirement.
Open an equipment family to compare machine types and reference specifications.
Double-twist bunching, planetary, rigid and tubular stranding for different conductor constructions.
Pair twisting, back-twisting, cantilever single twisting and cable laying-up equipment.
Insulation and sheathing lines for power, building, solar, data and specialty cable applications.
Rod breakdown, intermediate, fine and multi-wire drawing, with annealing options.
Taping, handling, coiling, cutting and in-line inspection equipment.
A connected line needs a common specification at every handover. Use these points to test whether the proposed scope is complete.
A multi-core product needs the correct quantity of every insulated core before assembly can proceed.
Plan conductor and insulation output against the finished cable mix, including color changes, reel transfers and the change between single- and multi-core work.
Use loaded reel dimensions and weights to review loading equipment, access routes, intermediate storage and floor conditions.
Obtain machine footprints and service-clearance requirements before committing to the final factory layout.
Specify representative cable constructions and materials, including the largest handling case and the smallest planned product.
Agree conductor, layer and finished-cable checks, with any specialist treatment or armor assessed under its own scope.
Identify who provides trial materials, utilities, reels, testing and any external process. Agree how results will be recorded and what must be resolved before acceptance.
A useful budget separates the machines from plant preparation, external processing and start-up requirements. No standard package price can replace a defined cable specification.
| Decision | What enters the scope | How to compare |
|---|---|---|
| Construction and material range | Conductor preparation, core insulation, cabling and the defined extrusion material systems. | Do not compare a building-wire scope with a multi-core power-cable scope by total price alone. |
| Reels and specialist layers | Pay-off and take-up loading, lifting interfaces, fillers, tapes and separate armoring or treatment. | List the included reels, handling equipment and each specialist operation. |
| Phased purchase | A defined single-core range or purchased insulated cores can be considered as a first stage. | Check future cabling space, reel logistics and whether existing extrusion equipment can process the later assembly. |
Keep separate allowances: freight and import arrangements, site utilities, installation responsibilities, initial materials, consumables, spare parts and agreed product testing. Confirm inclusions and exclusions in each proposal.
The catalogue identifies power-cable insulation and sheathing as a dedicated extrusion family. Its reference configurations are distinct from the new-energy family.
Select against the actual input diameter, finished diameter, compound and handling range. The illustration does not prove a complete armored or specialist-treated cable package.
The product determines whether a cabling or laying-up stage is required.
Material, flexibility and strand structure affect conductor preparation.
List each layer, its material and thickness in the proposed cable design.
Large reels and intermediate storage need to be included in layout planning.
Share the planned product roadmap. The initial equipment and future interfaces can be discussed together, while confirming what expansion would actually require.
No. Additional layers or processes must be explicitly included in the cable specification and reviewed as part of the supply scope.
Current machine details, cable range, reel sizes, available space and the problem you want to solve.
Only after reviewing the new cable construction. Cabling, fillers, tapes, larger assemblies and reel handling may add separate machines or exceed the existing extrusion scope. Compare the planned upgrade against the original configuration before purchase.
The required operations can be similar, but material compatibility and conductor preparation must be confirmed for each selected machine. Provide the actual conductor material, construction and size range; do not infer compatibility from a cable application name.
Share the cable you want to make and the scope of your project.