PRODUCTION ROUTE PREVIEW HK-50 final cable-body line
Final cable-body stage · Complete equipment train shown without cropping TWO-STAGE ROUTE BELOW Review equipment route 01 Selected production line
Simplex / Duplex Patch Cord Cable Production Line
What does this production route produce? Two linked production lines form the reference cable body for simplex or duplex patch cords. HK-30 turns bare optical fiber into the tight-buffered element. HK-50 feeds one or two tight-buffered elements with aramid yarn, extrudes the project-specified outer jacket, then cools, measures and takes up the finished cable body. Connector termination, end-face polishing and optical testing are separate downstream processes. Final construction follows the approved cable drawing.
- Production route
- HK-30 → HK-50 Patch Cord Cable Body
- Control approach
- Coordinated controls reviewed for each production stage
- Main processes
- Tight-buffer extrusion · aramid-yarn serving · project-specified outer-jacket extrusion
- Suitable cable range
- Simplex or duplex patch-cord cable body · connector assembly and testing handled separately
Final cable-body stage · Complete equipment train shown without cropping TWO-STAGE ROUTE BELOW Review equipment route 02 Patch Cord Cable anatomy
Trace the three-part Patch Cord cable body from tight buffer to outer jacket.
Open the exploded view, select one of the three cable-body parts, and see whether HK-30 or HK-50 forms or integrates it into the finished cable body. Bare optical fiber enters HK-30 directly without coloring.
01 Assembled reference Structure-to-process route
Two production stages form the Patch Cord cable body.
Select a layer above to highlight the stage that prepares, forms or integrates it.
ⓘ Reference boundary: this render indexes only the three cable-body parts: tight buffer, aramid yarn and outer jacket. Uncolored bare optical fiber feeds HK-30 directly; no fiber-coloring stage is part of this route. A duplex construction repeats the same three-part stack for each leg. Confirm materials, dimensions and connector requirements against the approved drawing.
06 Reference & verification
Review the available Patch Cord cable-body production references and what still needs confirmation.
These images and videos illustrate the HK-30 and HK-50 stages mapped to the current Patch Cord cable-body route. They are reference records, not a final equipment list, factory layout, performance commitment or acceptance record.
Section 05 context carried forward HK-30 tight-buffer extrusion → HK-50 aramid-yarn serving and outer-jacket extrusion
0 topics carried No planning topics selected yet. Return to Section 05 to add review priorities.
Reference available
HK-30 tight-buffer extrusion reference
Reference line for receiving uncolored bare optical fiber, applying the approved tight-buffer compound, then cooling, measuring, hauling off and taking up the buffered element. Fiber specification, target buffer OD, compound, tooling, tension and reel format remain project-specific.
These production-stage images and videos illustrate the current two-stage Patch Cord cable-body planning route only. Connector termination, end-face polishing and optical testing remain separate downstream processes unless quoted separately. Final equipment quantity, sequence, dimensions, supply, performance and acceptance are defined only by the mutually approved technical agreement.
Patch Cord customer feedback
Project feedback on Patch Cord equipment and HONGKAI support.
These project perspectives evaluate the proposed HK-30 and HK-50 equipment route, HONGKAI's engineering communication and the support provided during project review. HK-30 → HK-50
For our Patch Cord cable-body project, the HK-30 tight-buffer line and HK-50 aramid-yarn serving and jacketing line were presented as one connected route. The equipment sequence, material handoff and take-up arrangement gave our production team a clear basis for evaluating the proposal.
Sumon Reza Factory Manager · Southeast Asia
HONGKAI's engineers reviewed the simplex or duplex cable drawing with us, including tight-buffer diameter, aramid package, jacket material, tooling and reel format. Their explanation made the proposed HK-30 and HK-50 configuration easier for our engineering team to assess.
Tariq Abdullah Operations Manager · Jakarta, Indonesia
During project review, HONGKAI clearly separated cable-body production from downstream connector termination, end-face polishing and optical testing, then explained the utilities, layout, inspection points and acceptance conditions. The structured response gave our team a practical checklist for implementation planning.
Maria da Silva WP Officer · São Paulo, Brazil
Names, roles and photos follow existing HONGKAI customer records. The Patch Cord-specific project-evaluation wording addresses the proposed equipment route and HONGKAI's engineering support, and is not presented as a verified verbatim customer quotation.
08 Investment enquiry
Plan your Patch Cord cable-body production project.
Share the available simplex or duplex cable-body drawing; uncolored bare optical-fiber specification and input reel format; target tight-buffer diameter and compound; aramid-yarn type, package and count; outer-jacket material, color, profile, finished dimensions and marking; product mix, output and reel plan; factory conditions; downstream-process needs; and project schedule. HONGKAI will review the HK-30 to HK-50 route, equipment interfaces, cable-body boundary and open technical items before preparing a project-specific proposal.
Current page context Simplex or duplex Patch Cord cable body · HK-30 → HK-50 This context accompanies the enquiry as a reference. It does not confirm the final production route or equipment configuration. Planning inputs remain open · No supporting stage carried forward
What HONGKAI will review
- Target product plan
- Simplex or duplex cable-body construction, element count, target dimensions and material requirements
- Process route
- HK-30 tight-buffer extrusion and HK-50 aramid-yarn serving, outer-jacket extrusion, cooling and take-up
- Downstream boundary
- Connector termination, end-face polishing and optical testing reviewed separately unless included in writing
- Capacity & reel plan
- Product mix, target output, expected operating conditions and input and output reel formats
- Factory conditions
- Available space, utilities, existing equipment, material flow and inspection interfaces
- Project stage
- Planning, budgeting, factory preparation or production expansion · Preliminary technical review
What to prepare · 6 items
- Available simplex or duplex cable-body drawing, reference sample or target construction
- Uncolored bare optical-fiber specification, input reel, target tight-buffer diameter and compound
- Aramid-yarn type, package and count, plus outer-jacket material, color, profile, dimensions and marking
- Product mix, target output, expected operating conditions and source and delivery reel formats
- Existing equipment, available layout, utilities, material flow and reel-handling conditions
- Downstream connector termination, end-face polishing and optical-testing boundary, inspection and acceptance requirements, and project timeline
No complete specification yet? Share the target cable body and current assumptions. Unknown values can remain open engineering inputs.
The information submitted here supports a preliminary technical review. Final cable construction, equipment configuration, performance, price, delivery schedule and supply scope are confirmed only in an approved proposal or agreement.
Investment project brief
Fiber Optic Cable Production Project Brief
Tell us your planned cable products, target capacity and current investment stage. Partial information is welcome, and you may upload a cable drawing when available.