Automatic Aluminum Coil Packing Line: How It Is Built

Executive summary This factory tour shows an automatic aluminum coil packing line being assembled in our workshop: a gantry steel strapping machine over a roller table, a 90° coil upender, and more lines mid-assembly. Takt comes from your target output, not from the machine: for 30 coils per hour it is 3,600 ÷ 30 = 120 s per coil, and we check every station inside that cycle. Every line is configured per project, so we size the stations, conveyors and guarding to your coil range before assembly.

Table of Contents

What the video shows

The tour begins at a roller-conveyor worktable under a small gantry. Its liftable head is a steel strapping machine, which lowers onto the coil to strap it. In the next shot the camera pans across the roller table and the gantry strapping unit together.

At the centre of the line stands a coil upender with a black arched cradle and a yellow lifting arm, empty and ready for setup. In service it turns a coil between the eye-horizontal and eye-vertical positions. The closing panorama shows the workshop bay with several lines in different stages of assembly, with blue roller tables and guarding sections standing on the floor before final alignment and commissioning.

How we build and test a coil packing line

We build a line of this class as separate assemblies and bring them together in the workshop: the roller conveyors, the gantry steel strapping machine, the coil upender, and the guarding and wiring. On the video the line is mid-assembly, the normal stage before final alignment; we confirm takt and station times at commissioning.

Factory acceptance check What we confirm
No-load run Conveyor indexes and the strapping head lifts and lowers without jams
Upender cycle Cradle turns 90° both ways, return stroke counted in the takt
Guarding Side guards and the stop control stop the cycle before a person reaches the moving unit
Wiring A single operator station runs conveyor, strapping machine and upender
Alignment Roller table level and unit gaps are set before shipping

The coil upender in the line

A coil upender is a machine that turns a coil 90° between eye-horizontal and eye-vertical so the next station receives it in the orientation it needs. It sits where a coil changes orientation, for example between a roller conveyor and an eye-through wrapper, or between wrapping and stacking. For more on matching coil loading to the wrapper, see our coil packing and handling guide.

The selection inputs to send us are coil weight, outer diameter, width, the turn angle (we build 90° units as standard) and the cycle budget. The empty return stroke of the cradle takes usable time out of the takt.

Our hydraulic coil upender range turns 90° in both directions (listed as 90°x2) and is rated 3, 5, 10, 20 or 40 t by model. The cradle shape and drive are configured per project.

A line that includes an upender or turnover unit applies ISO 12100 for the risk-assessment method and EN 415-10 for general requirements for packaging machines. The upender moves the coil automatically while the machine runs.

Output and takt calculation for a coil packing line

Line takt is the time budget per coil: 3,600 s divided by the target coils per hour. It is set by your target output, not by the machine. Illustrative check for 30 coils per hour:

Item Value
Output target (illustrative) 30 coils per hour
Takt, 3,600 ÷ 30 120 s per coil
Loading and handling cycle Inside 120 s
Upender cycle incl. return stroke Inside 120 s
Condition Longest station below 120 s

If a station runs longer than the takt, we split its work or add a second unit rather than force the line. We confirm each station cycle time at commissioning.

Controls and safety

The gantry strapping head, conveyors and upender run automatically. Keep people out of the unit travel areas while the line runs, and carry out setup and clearing with the line stopped and isolated.

The standards that apply depend on the destination market. For CE markets, ISO 12100 sets the risk-assessment method and EN 415-10 sets general requirements for packaging machines.

Selection checklist for an aluminum coil packing line

  • Coil OD, ID, width and weight range.
  • Coils per hour the line must pack.
  • Coil orientation changes (eye-horizontal or eye-vertical) and where the upender goes.
  • Film or strap type and number of wraps.
  • Conveyor level, floor space and power supply.
  • Control signals to the plant line or warehouse system.
Station Main motion Sizing inputs
Gantry steel strapping machine and roller conveyor Liftable head lowers to strap the coil; conveyor indexes the coil Strap positions, unit gaps, roller table level
Hydraulic coil upender Turns the coil 90° both ways Rated load 3, 5, 10, 20 or 40 t; coil OD and width

For a line that also tilts, wraps and presses steel coils, see our steel coil packaging line with tilting rack.

Engineering FAQ

Q: What output should I plan for? A: Plan from your target: takt = 3,600 ÷ output, so 30 coils per hour means 120 s per coil and every station must fit inside it.

Q: Where does the upender go in the line? A: Wherever the coil must change orientation, for example between loading and wrapping or between wrapping and stacking, so our 90° upender presents the face the next station needs.

Q: What checks do you run before a coil packing line ships? A: A no-load run of conveyors and the strapping head, a 90° upender cycle both ways, a guarding and stop check, single-station wiring and roller table alignment.

Q: Why is the video shot in the workshop? A: We assemble, align and wire the line in our workshop and run factory acceptance checks such as a 90° upender cycle before it ships, so a visit during assembly lets you inspect each unit early.

Q: How do I size the upender? A: Pick the model whose rated load covers your heaviest coil; our hydraulic range is rated 3, 5, 10, 20 or 40 t, with the cradle shaped to your OD and width.

Next step

We plan your coil packing line in three steps:

  1. Submit your layout drawing with coil sizes and output to info@fhopepack.com.
  2. Receive a proposal within 48 hours, with the station layout and takt check.
  3. Book a site survey to check the conveyor level, floor space and power supply.

Sources

Last reviewed: 2026-10-04