Production line configuration
Plan flexible-conductor bunching, core insulation, cable assembly, sheathing and finishing for the cable used in power cords.
Core count, conductor cross-section, insulation and sheath materials, finished diameter, target length and output.
Bunched conductor → insulated cores → assembly → sheath → cutting or coiling
Indicative process route; confirm against your cable drawing.Core count, flexibility and finished dimensions
Choose where cable manufacture begins and where your finished package ends. The cable-making scope and plug or termination work should be costed and accepted separately.
Bunching → core insulation → assembly where required → sheath → coiling or cutting.
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.
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.
Review bunching & stranding equipmentA different cable structure can change machines, tooling and supply responsibilities. Compare these choices before agreeing the equipment list.
Review core laying-up, any fillers or tapes and the sheath arrangement.
Core count and assembled diameter influence the cabling and extrusion equipment; not every cord drawing uses the same assembly.
State the core dimensions, lay, filler requirements and finished diameter.
Review how the cores are presented to the extrusion head and how the cable shape is controlled.
Do not automatically copy a round-cable laying-up stage into a flat-cable route.
Provide the cross-section, core spacing, finished width and thickness, compound and package.
Take-up, coiling and cutting are selected around the bulk cable and final handling requirement.
A coiler or cutter does not perform plug molding, termination or completed-cord testing.
Define the exact delivered package and list downstream assembly operations separately.
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.
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.
State finished metres per shift and, if relevant, the coil or cut length.
Compare conductor and core output against the required core count, then account for sheath changeovers and the actual packaging cycle.
Plan how insulated cores are identified, stored and matched before sheathing.
Coordinate take-up or coiler access with the next operation, especially when bulk cable moves to a separate plug-assembly area.
Use the agreed conductor construction and insulation and sheath materials.
Confirm cable shape, layer dimensions, required cable tests and package quality; plug and termination acceptance belongs to the downstream assembly 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 |
|---|---|---|
| Core preparation | Bunching, insulation configurations, color changes and the planned core-size range. | Use the same conductor construction and material grades when comparing offers. |
| Cable shape and package | Core arrangement, sheath tooling, reel or coiling equipment and any cut-length requirement. | Distinguish cable-making equipment from plug molding, termination and completed-cord tests. |
| Phased purchase | Purchased conductors or insulated cores can be considered before adding upstream processes. | Review the future production mix, incoming quality, reel formats and space for those later operations. |
The catalogue includes coiling and wrapping equipment with cable and coil-size reference ranges, giving a basis for reviewing the finished package.
A compatible cable diameter alone is insufficient: flexibility, length, coil geometry and handling also need review. The equipment is not plug-making evidence.
Supply the core count, conductor structure and individual core dimensions.
Confirm insulation and sheath materials for the intended product.
Finished geometry and dimensions guide the extrusion review.
Plug molding, termination and assembly testing require their own scope.
Not automatically. The equipment on this page concerns manufacturing the cable. Plug molding and final cord assembly should be identified as separate project needs.
The catalog includes coiling and cutting equipment. Selection depends on the cable, finished length and packaging format.
A defined product range can be reviewed together. Share the smallest and largest constructions and the planned production mix.
Not necessarily. The core arrangement and extrusion-head feed follow the drawing. Provide core spacing, finished width and thickness for a flat design, or lay and assembled diameter for a round design.
State both if you sell coils or cut lengths. Cable production and packaging have different operating cycles. Agree the package length, dimensions, handling and required completed packages alongside the cable output target.
Share the cable you want to make and the scope of your project.