Top Quality Upender and Tilter for Coil, Mold

Executive summary

This factory clip demonstrates a loaded coil upender: a heavy orange flip arm on a green base turns a large silver-grey metal coil from horizontal to vertical — roughly a 90° change. The machine works with a real coil on board, so you can see the actual motion, but the video shows no load capacity, cycle time, model, power, or safety certification. Use this clip to understand the upending motion, then confirm the ratings and guarding with the manufacturer.

Applications this machine suits

A coil upender exists to answer one handling problem: heavy coils arrive and store either horizontal or vertical, and the process on the other side needs the opposite orientation.

• Steel and aluminum service centers — coils stored flat (eye-to-the-wall) are stood up (eye-to-sky) before feeding a slitting line, press, or uncoiler.
• Stamping and pressing plants — vertical coils feed directly into downstream equipment, so the upender acts as the orientation bridge between storage and process.
• Metal processing lines — a single upender replaces the crane-and-tilt work that would otherwise be done by hand or with an unstable sling lift.

The clip shows exactly this motion with a coil in place. For mold and die handling — the other type of load named in the article title — the tilt-to-access benefit is the same in principle, but the video does not demonstrate a mold, so that application must be confirmed separately.

What the video shows

The clip runs about 59 seconds and is one continuous shot of the upending cycle. Timestamps below are approximate (29 frames sampled at 2-second intervals; frame N ≈ (N−1) × 2 s).

The core action is simple and easy to verify: the arm rotates the coil through an arc from flat to upright, and holds it at the end of the cycle. No tooling change, manual cranking, or operator force is involved in the shown motion.

Direct observation notes

These notes are taken directly from the video frames and describe what is visible, without interpretation.

• Machine structure: an orange mechanical flip arm (the upending structure that carries the load) mounted on a green base. Heavy painted steel construction.
• Control cabinet: a green cabinet stands beside the machine; an operator works at its panel. Button/screen detail is not readable at this resolution.
• Warning marking: yellow-and-black hazard stripes run around the base of the machine.
• Workpiece: one large silver-grey metal coil, noticeably taller than the operator standing next to it.
• Orientation change: the coil starts horizontal on the arm, tilts up through about 60° then 85°, and finishes vertical (90°).
• People: one operator in a white hard hat and dark workwear monitors the cycle from the control cabinet; a second person appears in the background.
• No readable text: no brand, model plate, label, or watermark text could be read clearly in any frame.

What the video does not show

An upend cycle of roughly 59 seconds cannot establish the machine’s real-world limits. None of the following appear in the clip:

• Rated load capacity — maximum coil or mold weight the machine can flip.
• Coil dimensions — maximum diameter, width, or OD/ID that the arm can cradle.
• Cycle time — seconds per upend including loading and unloading, at your real coil size.
• Drive type and power — mechanical (motor/gearbox) vs hydraulic, and motor rating.
• Model or brand — no readable plate or marking on the machine.
• Safety features — no emergency stop, barrier fence, light curtain, or interlock is visible in the frame; only the yellow-black hazard stripes are present.
• Mold/die operation — despite the article title, no mold is handled in this clip.
• Certifications — no CE, ISO, or equivalent mark is visible.

These gaps are normal for short factory clips. They are function demonstrations, not specification sheets.

Machine structure breakdown

The mechanism is essentially a rotating platform in cross-section: one end of the arm is the pivot; the other end cradles the coil and swings it through the arc. Because the coil is loaded during the whole clip, the arm demonstrably holds the load through the motion.

Fit criteria

What to verify with the manufacturer

Before you treat this machine as a candidate, get written answers to these items. None are shown in the video.

1. Load capacity — maximum coil/mold weight the arm can lift and hold.
2. Load envelope — maximum coil diameter, width, and center-of-gravity offset.
3. Cycle time — seconds per upend at your load, including load/unload.
4. Drive and power — mechanical vs hydraulic, and the motor or pump rating.
5. Safety package — emergency stop, guard fence, light curtain, and interlocks on the configuration you are quoted.
6. Mold option — whether a mold-handling or variable-angle tilter variant exists if you handle molds.

Frequently asked questions

How does an upender differ from a tilter? An upender typically turns a load a full 90°, from horizontal to vertical. A tilter may stop at a chosen angle (for example, 45° for inspection or maintenance access). The line between the two is not standardized, so confirm the exact rotation arc of the machine you are quoted.

Does this machine rotate the coil 360°, or just 90°? The clip shows roughly a 90° arc — from flat to upright. Nothing in the video demonstrates continuous rotation, so treat it as a horizontal↔vertical re-orienting machine unless the manufacturer states otherwise.

Can the same machine handle molds or dies? The clip handles a coil only. The tilting principle can apply to molds, but a mold needs a different cradle/table and perhaps a variable stop angle. Ask for a dedicated mold configuration and a demonstration.

What safety is standard on this type of machine? Typical packages include an emergency stop, limit switches on the rotation, hazard guarding or light curtain, and (for hydraulic units) velocity fuses. In this clip only hazard stripes are visible, so confirm each safety item on your quotation.

Is this a mechanical-drive or hydraulic machine? Not stated in the video. Hydraulic drives are common for very heavy coils because they offer high force in a compact package; mechanical drives can give cleaner precision. This must be confirmed, not guessed.

Why it matters

Re-orienting a heavy coil is one of the riskier jobs on a processing floor. Lifting a vertical coil with chains and tilting it by hand puts people near a load that can shift, roll, or drop.

An upender removes that manual step: the arm does the rotation in a controlled arc, the load stays seated in the cradle, and the worker monitors from the control cabinet — which is what the clip shows. The visible benefit here is motion control and keeping personnel at a distance during the turn. Any claim about cycle-speed gains or damage reduction should be quantified against your own coils and confirmed with the supplier, because the video does not provide those numbers.

Related reading

• https://www.fhopepack.com/Coil_upender.html
• 90 Degree Coil Tilter with a Rotatable Base
• Coil Tilter with 180° Rotary Base
• Hydraulic Coil Tilter: The Smart Fix for Costly Coil Handling
• Multipurpose & Automatic Coil Tilter with Slide Table
• Steel Coil Tilter with Customized Service

Source and method

This article is based on the embedded YouTube video (ID TkKShaeWCW0, roughly 59 seconds). 29 frames were sampled at 2-second intervals and analyzed with a local vision-language model (Qwen3-VL). The video contains background music only and no narration, so all observations are visual; the two-second frame grid means timestamps are approximate and brief transitions between listed phases may not be individually captured.

The direct observations come from what is visible in the frames; the applications, fit criteria, and buyer questions are clearly marked analysis and are intended as a starting point for a conversation with a qualified equipment supplier. Load capacity, cycle time, drive type, safety features, and certifications must be confirmed with the manufacturer before specification.

Next step

If you handle heavy coils — or molds that need safe tilting for maintenance — send your load type, weight, coil/mold dimensions, and required rotation angle to the FHOPE sales team for a fit check against this upender/tilter and for the missing specification data. Use the contact page to start the conversation.

Last updated: 2026-09-02.