Executive summary This video shows a coil upender with turntable and rotary tilter performing a full unloaded tilting cycle in about 28 seconds: the U-shaped arm tilts back roughly 150°–160°, then returns to its closed position. No actual coil is loaded in the footage, so treat it as a structural and motion demonstration. Load capacity and specs are not shown — confirm with the manufacturer.
What the video shows: the machine in action, step by step
The footage runs roughly 46 seconds and splits into two parts: a moving cycle and a static display.
First cycle (approx. 0–28s). The machine starts with its yellow U-shaped tilting arm closed and raised in an “L” shape over the two-tone base platform. An operator stands beside the white control cabinet on the right, watching. Around the 6-second mark the arm begins tilting backward. Between roughly 8 and 18 seconds it rotates through an estimated 150°–160°, opening into a “V” / open-box posture that exposes internal horizontal support plates and red-brown strip elements along the inner walls (likely friction pads or guide strips). At about 20 seconds the arm reverses, rotating back, and by 26–28 seconds it is nearly back at its original closed position. That is one complete unloaded tilt-and-return cycle.
Static display (approx. 30–46s). For the remaining footage the machine sits still with the arc-shaped upper cover half open. The operator rests a hand on the control cabinet. No workpiece enters or leaves the machine, and no further motion occurs.
Direct observation notes
- Main frame: welded steel plate construction, painted bright yellow (upper arm and covers) with a blue-green base platform and support beams.
- Key parts visible: U-shaped tilting arm with multiple internal horizontal shelves; a circular turntable at the base with a visible gear-ring edge; side columns supporting the arm’s rotation axis; a separate white control cabinet; motor/gearbox units partially visible under the base; a dark chain/ring drive along the inner edge of the arc cover.
- Control cabinet: one black rotary knob, several small push buttons, and red/green indicator lights in the earlier shots; no screen — physical push-button control only.
- A watermark reading “www.fhopepack.com” is overlaid across the lower part of the frame throughout the video.
- Estimated proportions: the arm’s height is roughly equal to the operator’s height (~1.7 m); overall machine height appears around 2.5–3 m with a base width near 2 m (estimates from frame proportions, not measured specs).
- No coil or workpiece is loaded at any point. The only material-like object is a brief white block visible inside the arm as tilting starts (likely a dummy piece or filler).
- No visible emergency stop button, safety fencing, light curtain, or warning signage appears in the footage.
What the video does not show
- Rated load capacity (maximum coil weight and diameter)
- Exact rotation angle range and tilting speed
- Motor power, voltage, drive or hydraulic specifications
- Machine model designation and safety certifications (CE, ISO, etc.)
- Operation with a real steel or aluminum coil, including loading and unloading by forklift or crane
- Cycle time under real load, maintenance intervals, and lubrication requirements
- Whether the control system supports PLC integration, an HMI touchscreen, or remote monitoring
Any of these details should be verified with the manufacturer before purchase.
Why a turntable and rotary tilter combination matters
A coil upender’s job is to rotate a coil between eye-horizontal (eye-to-sky) and eye-vertical orientations — for example, turning coils from a horizontal shipping position to vertical storage or unwinding position. The combination seen here matters for three practical reasons:
- Multi-direction handling in one station. The turntable allows orientation adjustment in the horizontal plane while the tilting arm handles the rotation, so one machine can cover several repositioning tasks instead of a crane plus manual effort.
- Reduced manual handling risk. Turning multi-ton coils by crane sling and hand-guiding is a common source of damage to coil edges and packaging — and of near-miss injuries. A powered upender removes most of that manual work. (This is a general industry rationale, an inference, not a claim measured in the video.)
- Compact footprint. The machine sits on a single floor-mounted base, which suits workshops where crane coverage or floor space is limited.
Where this type of machine is typically used
Based on the machine category (inference from the equipment type, not from the footage):
| Environment | Typical role |
|---|---|
| Steel service centers | Reorienting coils between packaging, storage, and dispatch |
| Cold rolling / galvanizing lines | Positioning coils for entry into processing lines |
| Coil packing lines | Turning coils eye-up before wrapping or strapping |
| Logistics and transfer areas | Preparing coils for safe vertical transport |
Safety considerations before operating
The footage shows an operator standing roughly 1.5 m from an unpowered machine with no visible fencing or light curtain. Whether the delivered machine includes an emergency stop, interlocks, or protective devices is not shown in the video — check with the manufacturer. In any case, standard practice for this class of equipment includes:
- Keep personnel clear of the arm’s sweep zone during tilting.
- Confirm coils are securely strapped or contained before tilting.
- Locate and test the emergency stop before the first shift.
- Establish a clear stand-off position for the operator during cycles.
Buyer checklist: what to verify with the manufacturer
- Maximum coil weight, outer diameter, and width the machine accepts
- Exact tilt angle range and cycle time under load
- Drive type (electromechanical vs. hydraulic) and power supply requirements
- Included safety features: e-stop, limit switches, interlocks, guards
- Compliance with applicable local machinery safety standards
- Warranty scope, spare parts availability, and after-sales response time
- Integration options with your existing packing line or crane handling
FAQ
Does the video show a real coil being turned? No. The entire video is an unloaded demonstration; no coil or workpiece is loaded, tilted, or discharged.
How long does one cycle take? In the footage, one unloaded tilt-and-return cycle completes within roughly 28 seconds. Loaded cycle time depends on coil weight and settings — confirm with the manufacturer.
What do the controls look like? A white floor-standing cabinet with a rotary knob, push buttons, and indicator lights. No screen or digital readout is visible.
What is the load capacity? Not shown or stated in the video. Request rated capacity data from the manufacturer.
Can it integrate into an automatic coil packing line? Machines of this type are commonly combined with coil wrappers and packing lines, but the video shows only the standalone unit — integration options should be confirmed with the manufacturer.
Source and method
The sole factual source for this article is the YouTube video embedded above. Frames were sampled at 2-second intervals and analyzed by a vision model; the video contains background music only, with no narration or speech to transcribe. Statements marked as inference are clearly labeled, and all unshown specifications should be verified with the manufacturer.
Related reading
Next step
If you need coil reorientation or full coil packing capability in your plant, contact us to discuss machine sizing, safety configuration, and line integration.
