Executive summary This video shows a double wall corrugated hose being automatically coiled, strapped, and transferred by roller conveyor, followed by a second stage in which the finished hose coil is stretch-wrapped on a turntable machine. The footage covers feeding, coil forming, strapping, discharge, and final wrap packaging. Ratings, cycle times, and dimensions are not shown — confirm with the manufacturer.
Long lengths of corrugated hose are awkward products. Left loose, a hose tangles, kinks, and is nearly impossible to stack or put on a pallet. The footage on this page shows one practical answer: an automatic line that coils the hose into a neat ring, straps the coil so it holds its shape, and then wraps the coil for storage or shipment. Below, we walk through what the video actually shows, what it does not show, and what a buyer should verify before ordering.
What the video shows
The video follows one product — bright green double wall corrugated hose — through two connected stages.
Stage 1: coiling and strapping (0:00–0:56)
- From the start, the hose enters the machine from a feed point on the left side. A rotating reel with multiple white spokes turns continuously, winding the hose tightly into a large ring (0:00–0:28). The hose goes in as a running length and comes out as a vertical coil.
- The machine body is yellow metal, and the entire working area is enclosed by yellow mesh safety fencing.
- Around 0:28, the camera angle shifts to the right side of the machine. The reel has stopped, and a mechanical arm reaches out to the coil’s outer edge and applies strapping. By roughly 0:44, the arm has completed a strapping pass and lifts away.
- From about 0:44, the view shifts to the left side again: a strapped green hose coil is placed on a roller conveyor, while the reel is already winding a new hose. This shows the machine returning to the start of its cycle.
Stage 2: stretch wrapping (0:00–0:24 in the second sequence)
- The scene changes to a workshop floor, where a large coiled hose ring sits on a roller conveyor inside a fenced area.
- A pallet truck moves the coil — on a pallet, with a black plastic bag over the top — onto the turntable of a vertical stretch wrapping machine (0:04–0:08).
- The wrapper’s control panel is visible: a yellow cabinet with a small display and red and green buttons.
- From 0:12 to 0:20, black stretch film is drawn from an overhead carriage and wound spirally around the coil as the turntable rotates and the film carriage moves up and down. An operator’s hands briefly appear, apparently guiding the film at the start.
- By 0:20–0:24, the coil is fully enclosed in black film and the machine stops, leaving a stable, cylindrical, palletized package.
The machine in action: step by step
For operators and process planners, the working sequence visible in the footage is:
- Feed — the corrugated hose is presented to the machine at the left-hand feed point.
- Coil — the spoked reel rotates and winds the hose into a large vertical ring; the hose diameter is small relative to the coil diameter, which shows the machine’s coiling range.
- Strap — the reel stops, an arm on the discharge side applies strap around the coil’s outer edge, then retracts.
- Discharge — the strapped coil is set onto a roller conveyor and moved out of the coil-forming area.
- Palletize and wrap — the coil is palletized, covered with a plastic bag on top, loaded onto a stretch wrapper turntable, and wrapped spirally from bottom to top in black film.
The continuous run of the reel while a finished coil is being conveyed away suggests the two operations are staggered rather than fully sequential — one coil is being formed while another leaves the line. The exact degree of overlap is not stated in the footage; treat it as a question for the supplier.
Direct observation notes
The following points are kept close to the raw frame-by-frame observations and are limited to what is visible on screen:
- A yellow industrial machine winds a green corrugated hose onto a rotating reel with multiple white spokes; the hose enters from a feed point on the left, and yellow mesh safety fencing surrounds the machine.
- The reel rotates continuously from 0:00 to about 0:28, forming an increasingly large coil; the feed end stays static.
- From about 0:28, filmed from the right side, a mechanical arm extends to the coil’s outer edge and applies black strap; the reel is stopped during strapping; the arm lifts after completing a pass around 0:44.
- From about 0:44, filmed from the left, a strapped green coil sits on a roller conveyor while the reel winds another hose.
- Machine layout: long footprint, feed on the left, reel in the middle, discharge and a control box on the right; the control box is white with a yellow triangular warning symbol; no screen, buttons, or indicator lights are distinguishable on it in the footage.
- No emergency stop button, light curtain, readable text, nameplate, or watermark is observable.
- Second sequence: a large green hose coil on a roller conveyor; a pallet truck transfers the palletized coil (topped with a black plastic bag) onto the turntable of a blue-and-yellow vertical stretch wrapper; the wrapper’s yellow control panel shows a display, red and green buttons, and a warning triangle; black stretch film is applied spirally from bottom to top until the coil is fully enclosed; the machine then stops.
- The hose has a smooth surface with a distinct corrugated texture; film and strap are both black.
What the video does not show
The footage is a capability demonstration only. It does not show:
- Rated capacities — maximum coil diameter, maximum hose diameter or length, coiling speed.
- Cycle times for coiling, strapping, or wrapping.
- Machine dimensions, weight, power supply, or energy consumption.
- Model names, certifications (e.g., CE marking), or any readable branding.
- Hose material (e.g., PVC or PE), exact hose dimensions, or film type and thickness.
- How the hose is fed (payoff stand, extrusion line tie-in) or how finished pallets leave the area.
If any of these matter to your decision, treat them as items to confirm with the manufacturer rather than assumptions.
Where this kind of line fits
Based on the product and process visible, this equipment suits plants that produce or convert long lengths of double wall corrugated hose and need repeatable, tidy coils for handling and shipping. Typical contexts include hose and ducting production, cable and conduit converting, and distribution centers preparing hose for palletized transport.
| Situation | Fit |
|---|---|
| Continuous hose production needing consistent coils | Good fit — automatic coiling removes manual winding |
| Coils that must survive stacking and transport | Good fit — strapping plus stretch wrap stabilizes the ring |
| Very short or rigid hose sections | Unverified — coil geometry depends on hose flexibility |
| Irregularly shaped products | Not suitable for the wrapper stage, which is built for cylindrical loads |
Why automate coiling and strapping
The visible benefit in the footage is consistency: every coil is wound to the same shape, held by strap, and wrapped uniformly. Manual coiling of long hose tends to produce irregular rings that shift in transit and take longer to handle. Automation also keeps operators outside the moving machinery — the fenced enclosures on both machines are part of that separation. Note that these are qualitative observations from the footage, not measured productivity figures.
Safety observations
Both machines are surrounded by yellow metal-frame mesh fencing, and both carry a yellow triangular warning sign with an exclamation mark. No emergency stop button or light curtain is visible in the footage, which does not mean none exists — their absence from the frame only means their presence and placement should be confirmed. Operators should stay clear of the rotating reel, the strapping arm, and the wrapper turntable while machines run.
What to verify with the manufacturer
Before specifying this equipment, ask for:
- Maximum and minimum hose diameter, coil diameter, and coil weight.
- Cycle time per coil and whether coiling and strapping overlap.
- Strapping method, strap type, and number of straps per coil.
- Wrapper turntable size, load capacity, and film options.
- Power supply, installed power, and compressed air requirements.
- Safety architecture: e-stop locations, interlocks, guarding standards, and certifications.
FAQ
Does the machine strap the coil automatically? Yes. In the footage, a mechanical arm extends to the coiled hose and applies strap around the outer edge without manual handling. Number and position of straps per coil: check with the manufacturer.
Is the coiling continuous? The reel winds one hose while a finished coil is being conveyed away, which indicates overlapping operation. Exact throughput is not shown — verify with the manufacturer.
What happens after strapping? The strapped coil is placed on a roller conveyor, palletized, and then stretch-wrapped on a separate vertical turntable machine, as shown in the second part of the video.
Can the same line handle different hose sizes? The footage shows only one green hose size. Adjustability for other diameters is not demonstrated — confirm with the manufacturer.
Is an operator required? An operator is visible moving the palletized coil and briefly guiding film at the start of wrapping. Loading appears semi-manual; the coiling and strapping steps run without visible operator intervention.
Buying checklist
- Your hose diameter and length fall within the machine’s coil range
- Coil weight matches conveyor, pallet, and turntable capacities
- Cycle time supports your production rate
- Layout fits your floor plan, including feed and pallet exit paths
- Safety guarding and e-stop placement meet your site requirements
- Film and strap consumables are specified and costed
Related reading
Explore related equipment on our site:
- Automatic coiling machines
- Coil packing machines
- Hose packaging machines
- Steel coil wrapping machines
- Wire coil wrapping machines
Next step
If this coiling and strapping concept matches your hose packaging needs, contact us with your hose dimensions, coil size, and target output. We will confirm machine specifications, propose a suitable configuration, and provide the data listed above.
Source and method
This article is based solely on the video embedded above. Analysis was performed by a vision model on sampled frames; the video contains background music only, with no narration or speech to transcribe. All factual claims come from what is visible on screen; items not observable are marked for confirmation with the manufacturer.
Published: 2026-09-03
