Executive summary
A hose coil wrapping and strapping machine winds a long flexible hose into a round coil and holds the finished coil with strapping. The operator positions the hose and starts the cycle from the panel, the shaft turns, and a guide arm winds the hose around it into a coil. The coil is completed on the machine and the operator takes it out for storage or transport. Hose length, coil size and cycle speed are confirmed per project.
Table of Contents
- Why hose wrapping and strapping
- What the machine does
- Rotating shaft and guide arm
- Cycle and control
- What the footage shows
- Typical configuration
- Selection checklist
- Operation and safety
- Engineering FAQ
- Next step
- Related reading
- Sources and standards
Why hose wrapping and strapping
Long loose hose can tangle, collect dirt and take up too much space while it is moved or stored. Winding the hose into a round coil on a machine keeps it neat and compact, and a strap around the outside holds the coil together.
The machine performs the coiling and the strapping in one place, so handling between steps is reduced. Hose length and coil size are confirmed per project.
What the machine does
The machine is a hose coil wrapping and strapping machine with a central rotating shaft, a guide arm and a control panel on one side. The operator positions the hose, starts the cycle from the panel, and the guide arm feeds the hose onto the turning shaft so it builds up as a spiral coil.
The strap is applied to hold the finished coil, and the operator removes it when the cycle stops. Coil size and wrap speed are confirmed per project.
Rotating shaft and guide arm
The central shaft turns the hose as it is fed, and the guide arm lays each turn in place so the coil stays even. The control panel on the side carries buttons and indicator lights used to start and stop the cycle.
The yellow body houses the shaft and the arm, and the hose enters from one side and leaves as a coiled bundle. Coil size and strapping tension are confirmed per project.
Cycle and control
The operator loads the hose and starts the cycle from the panel. The shaft turns, the guide arm winds the hose into a coil, and the machine stops with the coil formed and strapped.
The operator removes the finished coil and the machine is ready for the next hose. Stop points and cycle speed are confirmed per project.
What the footage shows
Our footage opens with the machine standing still as an idle or standby start: the green hose coil is in place on the machine and no parts are moving. The operator then starts the cycle, the shaft turns, and the guide arm winds the hose into a coiled bundle. The footage is a general demonstration, so your hose length, coil size and cycle speed are confirmed per project.
Typical configuration
Figures below list functional design boundaries rather than numeric values, and are confirmed per project.
| Parameter | Typical range, confirmed per project |
|---|---|
| Load | long flexible hose fed from one side |
| Wrapping | central shaft with guide arm, spiral coil |
| Strapping | strap applied to the finished coil |
| Control | buttons and lights on the panel |
| Mount | floor, free-standing type |
| Electrical supply | 380 V three phase 50 Hz, or 220 V single phase for light machines, selected per project |
Selection checklist
| Question | Confirm per project |
|---|---|
| Hose | length, diameter, wall stiffness |
| Coil | outer size, coil weight |
| Strapping | strap width, tension, material |
| Cycle | wrap time, stop points |
| Site | floor space, access |
| Electrical supply | voltage, phase and frequency on site |
Operation and safety
Place the hose in position, start the cycle from the panel, and stand clear while the shaft turns and the guide arm works. Keep hands away from the rotating shaft and the guide arm while the machine runs.
Routine checks cover the shaft, the guide arm and the control panel, per the machine manual. Confirm the hose is seated before each cycle.
Engineering FAQ
Q: What does this machine do? A: It winds a long hose into a round coil by turning a central shaft while a guide arm lays the hose in a spiral, then holds the coil with strapping.
Q: How does the hose become a coil? A: The guide arm feeds the hose onto the turning shaft, and the coil builds up by spiralling layer by layer until the cycle stops.
Q: Why strap after wrapping? A: The strap holds the finished coil together when it is moved or stored, and it stops the outer turns from springing open.
Q: What hose sizes suit the machine? A: Hose length and diameter drive the coil size, and the suitable range is confirmed per project when you send us your hose details.
Q: What does it suit? A: Long flexible hose that needs a tidy, compact coil, kept together by the strap when it is stored or moved.
Next step
- Email us at info@fhopepack.com with your hose length and coil size.
- We send a hose coil wrapping and strapping machine proposal within 48 hours.
- We confirm the coil size and strapping for your hose.
Related reading
- Hose Coil Wrapping and Strapping: Solutions for Industry
- Automatic hose coil winding and packing machine
- Coil wrapping machine for hose pipe coils
- Hose packaging machine product page
Sources and standards
- ISO 12100:2010 Safety of machinery, general principles for design and risk assessment
- EN 415-10:2014 Safety of packaging machines, general requirements
- EN ISO 13849-1:2023 Safety of machinery, safety-related parts of control systems
FHOPE hose coil wrapping and strapping machine demonstration video. Reviewed as a general demonstration; hose length, coil size and cycle speed confirmed per project.
Last reviewed: 2026-10-11
