Executive summary A steel coil has no flat face to stand on and every reason to roll. A coil tilter rotates a coil between vertical, eye-to-sky storage and horizontal, eye-to-wall processing on a cradle, so you never drag, tip or sling a multi-ton coil through the turn. Load capacity, cradle shape and tilt angle are configured per project.
Table of Contents
- The turning problem
- What a coil tilter does
- Cradle designs
- Where it fits the line
- Core components
- Typical configuration
- Cycle and control
- Selection checklist
- Controls and safety
- Engineering FAQ
- Next step
- Related reading
- Sources and standards
The turning problem
Coils are stored with the eye vertical to take less floor space, and processed with the eye horizontal so the strip can be paid off to a slitter or uncoiler. Between those two positions sits the dangerous part of the job.
Tipping a coil with a crane and slings means swinging a cylindrical load that can slip mid-air. A coil tilter carries the coil in a cradle through the same turn under power, with the coil supported at every point of the rotation.
What a coil tilter does
A steel coil tilter, also called an upender or downender, rotates a coil through 90 degrees between the eye-to-sky and eye-to-wall positions. The turn happens on a controlled cradle, not at the end of a chain.
The same unit works in both directions, so a coil can arrive vertical and leave horizontal, or the reverse.
Cradle designs
| Cradle | Use |
|---|---|
| V saddle | holds round coils without marking the edge |
| Flat platform | for coils that already sit on a flat or palletized base |
A V saddle cradles the coil round shape and keeps it centered through the turn; we select the cradle from the coil diameter and banding.
Where it fits the line
- Metal service centers: orienting coils for slitting, cutting or delivery.
- Stamping shops: feeding coils to presses and processing lines.
- Warehousing and logistics: turning stored coils for loading.
- End-of-line packaging: turning coils before strapping or stretch wrapping.
On an automated line the tilter can sit between the coil storage rack and the wrapping or slitting station, with conveyors feeding it in and out.
Core components
| Component | Role |
|---|---|
| Base frame | anchors the unit and carries the load |
| Rotating cradle | holds the coil through the tilt |
| Drive | rotates the cradle under power |
| Control panel | pendant or push-button operation |
| Options | powered rollers, weighing, custom cradle |
Typical configuration
Figures below are common starting envelopes for this machine class and are confirmed per project.
| Parameter | Typical range, confirmed per project |
|---|---|
| Load capacity | 1 t up to several tens of tonnes, sized to the coil |
| Tilt angle | 90 degrees as standard; other angles on request |
| Tilt cycle | rotational speed adjusted to coil weight and line pace |
| Cradle | V saddle or flat platform, sized to coil diameter |
| Drive | electro-mechanical or hydraulic, selected per project from duty cycle and coil tonnage |
| Electrical supply | 220 V single phase or 380 V three phase, selected per project to the plant supply |
Cycle and control
The operator places the coil in the cradle, then drives the tilt from the control panel. The cradle moves through the set angle under power, holds at the end of travel, and the coil is removed or carried to the next station.
Our footage shows this turn on a strapped coil in a mill setting; it is a general demonstration, so capacity, cradle size and tilt speed for your coils are confirmed with us per project. A full 90-degree tilt typically runs in a 40 to 90 second cycle, adjustable for coil weight and drive, and is confirmed per project.
Selection checklist
| Question | Confirm per project |
|---|---|
| Heaviest coil | rated load capacity |
| Coil diameter and width | cradle size and saddle shape |
| Turn direction | upender, downender or bidirectional, selected per project from process flow |
| Line placement | conveyor feed and discharge integration |
| Drive choice | electro-mechanical or hydraulic |
| Electrical supply | voltage, phase and frequency on site |
Controls and safety
Operation is from a pendant or push-button panel with start, stop, tilt forward and reverse, and an emergency stop. Keep the area clear while the cradle moves, keep the coil centered in the saddle, and stay inside the rated capacity. Routine checks cover cradle condition, drive and the safety devices, per the machine manual.
Engineering FAQ
Q: Can it tilt more than 90 degrees? A: Yes. While 90 degrees is standard, custom tilt angles are available on request and confirmed per project.
Q: V saddle or flat platform? A: A V saddle suits round coils; a flat platform suits coils on a flat or palletized base. We select from your coil shape per project.
Q: Is the cycle automatic? A: The tilt is driven from the control panel, and it can run inside an automated line with conveyor feed; the level of automation is set per project.
Q: Does the tilter weigh the coil? A: Yes, as an option. Integrated load-cell weighing can be added, and the base frame is sized to the rated load per project.
Q: What capacity range is available? A: From about 1 t up to several tens of tonnes; the cradle and drive are sized to your heaviest coil per project.
Next step
- Email us at info@fhopepack.com with your coil weights, diameters and line layout.
- We send cradle sizes, drive options and a layout drawing within 48 hours.
- We arrange a site survey to confirm the tilter fits your mill bay.
Related reading
- Coil tilter and coil upender
- Automatic & multipurpose tilter for box
- Professional mold tilter with comprehensive technical support
- FHOPE packing machinery product lines
Sources and standards
- ISO 12100:2010 — Safety of machinery. General principles for design, risk assessment and risk reduction
- 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 steel coil tilter demonstration video. Reviewed as a general demonstration; capacity, cradle and cycle confirmed per project.
Last reviewed: 2026-10-10
