How to Choose the Right Cable Packing Solution? Expert Guide by Fhopepack

For cable manufacturers handling coil IDs of 200 mm, ODs from 390–570 mm, widths 100–200 mm, and max weight 90 kg, two automated Fhopepack solutions exist: a combined strapping+shrink line and an integrated PVC film wrapper. Each offers distinct trade-offs in throughput, labor, material cost, and protection. This technical comparison, based on a real client inquiry, helps you match the system to your production volume, floor space, and shipping requirements.

🛠️ Evaluation Criteria

To objectively compare the two cable packing options, five key performance dimensions are used: throughput, labor, material cost, floor space, integration flexibility, machine model, protection quality, and recommended use case. These criteria directly affect total cost per coil, operational efficiency, and product safety during storage and transport.

Each solution is scored High / Medium / Low or quantified where original data allows. Always verify exact numbers with your Fhopepack sales engineer for your specific coil dimensions.

🏗️ Option A – Off-line Coiling + Strapping (2 straps) + Shrinking Packing Line

This solution combines automatic coiling, two cross straps, and a heat shrink tunnel for maximum mechanical protection and moisture barrier. The standard machine model is FPCA‑200, designed for coil ID 200 mm, OD 390–570 mm, width 100–200 mm, and max weight 90 kg. It is ideal for heavy, export-grade cable coils requiring long-term storage or ocean freight.

• Throughput: Medium – typically 15–25 coils per hour, depending on strap tension time and shrink tunnel dwell time¹.

• Labor requirement: At least 1 operator to load/unload coils and monitor the line. A second operator may be needed for high-volume shifts (typical estimate based on similar installations)².

• Material cost per coil: Higher than wrap-only solutions – uses steel or PET straps (2 per coil) and heat shrinkable polyethylene film (0.08–0.12 mm thickness). Shrink film consumption is approximately 10–15% by weight of the coil³.

• Floor space: Longer line – separate coiling unit, strapping frame, shrink tunnel, and outfeed conveyor. Estimated footprint: 12–18 m length × 3 m width⁴.

• Integration flexibility: Low – designed as a standalone island. Can be linked to a palletizing robot as shown in original layout.

• Protection quality: Very high – strapping prevents coil deformation; shrink film provides a tight, transparent moisture barrier. Suitable for long-term storage or ocean freight per ASTM D3951.

• Machine model reference: FPCA‑200 coiling unit + separate strapping station + heat shrink tunnel (custom configured).

• Recommended use case: Heavy cables, export shipping, extended storage periods.

Key point: Narrow compression from the straps may indent cable outer layers if tension is too high – verify with Fhopepack adjustable tension settings (0–300 N range available).

📈 Option B – Full-auto Cable Coiling & Wrapping Machine (PVC Film)

This integrated solution coils the cable and wraps it with PVC stretch film in one continuous cycle. Based on a custom variant of the FPCA‑200 platform, it handles the same coil size range (ID 200 mm, OD up to 570 mm, width up to 200 mm, weight 90 kg max). The system runs off-line or inline after an extrusion line and includes an optional label applicator.

• Throughput: Higher – typically 30–40 coils per hour for the off-line version; inline (connected to extrusion) can exceed 50 coils per hour¹.

• Labor requirement: Very low – fully automatic from coil incoming to wrapped output. One operator can supervise two such machines (typical estimate from similar installations)².

• Material cost per coil: Lower than Option A – uses PVC stretch film (0.02–0.04 mm thickness), which is cheaper per meter than heat shrink film. No strapping costs. Average film consumption: 8–12 g per small cable coil³.

• Floor space: Compact – all-in-one machine footprint approximately 5 m × 3 m for the off-line version⁴.

• Integration flexibility: High – can be placed inline after extrusion or used standalone. Adding a palletizing robot or label printer is straightforward.

• Protection quality: Good for dust and minor moisture – PVC film provides a snug wrap but no mechanical strapping; the coil may unwind if the film tears. Best for internal handling or short-distance shipping.

• Machine model reference: Custom variant of FPCA‑200 with integrated PVC film wrapping module.

• Recommended use case: In-house transport, short supply chain, high-speed production.

Key point: PVC film is not as impact‑resistant as shrink film. For export or multi‑stop logistics, consider adding a banding station or an outer paper wrap.

🛡️ Comparison Table

⚙️ Selection Advice

Choose Option A if your cables must survive rough handling, long storage, or ocean freight – the extra cost of strapping and shrink film pays for itself through damage reduction. This line is best for low-to-medium production rates (under 25 coils/h) where protection is the top priority and floor space is not the main constraint.

Choose Option B if you prioritize speed, low labor cost, and compact layout – especially if you can integrate it inline with your cable extrusion line. The PVC wrap solution is ideal for high-volume, same-site transfer where the coil does not face heavy external loads. It also supports adding a label printer and connecting to a Fhopepack palletizing robot for a fully automated packaging island.

For most mid‑size cable manufacturers, the optimal solution is a hybrid – use an off‑line wrapping machine (Option B) for standard production runs, and keep a separate strapping + shrink line (Option A) for special orders or export. For example, a plant producing 20,000 coils annually can route 80% of standard coils through Option B and 20% of export orders through Option A, achieving an estimated 15% reduction in overall packaging cost compared to using Option A exclusively⁵.

Tip from Fhopepack: Request a live test with your actual cable coil – both solutions can be demonstrated with your ID/OD/width to confirm cycle time and film usage. Additional case studies are available on the Fhopepack website.

🛠️ Purchase-Decision Checklist

✔ Confirm your coil dimensions (ID 200 mm, OD up to 570 mm, width up to 200 mm, weight 90 kg max) – both options work.
✔ Define production volume per shift – >30 coils/h? Favor Option B. 10–20 coils/h? Either works.
✔ Assess shipping destinations – export or long-distance → choose Option A.
✔ Check floor space – under 40 m² available? Option B is safer.
✔ Budget for material cost – Option A has higher recurring cost; calculate annual difference for your volume.
✔ Plan for future expansion – Option B can later add a strapping station; Option A is less flexible.
✔ Verify film and strap specifications with Fhopepack – confirm thickness, grade, and tension settings for your coil.

🛡️ Compliance Note: This equipment is designed to meet ISO and CE requirements. Verify with the manufacturer.

🏗️ FAQ

Q: Can I use Option B for export shipping?
A: Only if you add external cardboard or wood packaging. PVC wrap alone is not impact‑resistant enough for multi‑leg ocean freight.

Q: Do both solutions handle the same coil size range?
A: Yes, both are based on FPCA‑200 model, designed for ID 200 mm, OD 390–570 mm, width 100–200 mm, max 90 kg.

Q: What is the typical payback period for these machines?
A: Based on labor savings of 1–2 operators, many clients report payback in 12–18 months. Contact Fhopepack for an ROI calculation specific to your shift count and material costs.

Q: Can Option B run heat shrink film instead of PVC?
A: The machine as shown is designed for PVC stretch film. Converting to shrink film would require a heat tunnel and different applicator – that reverts to the Option A approach.