Executive summary
This short factory clip shows an automatic tire wrapping machine: a black tire on a roller conveyor is gripped by two white clamps on a mechanical arm, the arm rotates the tire while transparent film is released from an overhead reel to wrap it, then the clamps open and the wrapped tire continues down the conveyor — and the cycle repeats with the next tire. The footage runs about 50 seconds and shows roughly two tires being wrapped. Key point: here the tire itself is rotated by the clamp arm during wrapping (not a machine where film orbits a stationary tire). Honest boundary: no hourly capacity, tire-size range, cycle time, model, power, or certification data is shown — those must come from the supplier.
Everything below is based on what is actually visible in this video. Timestamps are approximate (frames sampled every two seconds from the ~50 s clip).
Machine structure breakdown
| Component | Observed in the video | What it does |
|---|---|---|
| Roller conveyor | Runs through the machine | Carries tires in and out |
| Mechanical arm + clamps | Above the conveyor, two white clamps | Grips the tire sides and rotates it |
| Film reel | Above the arm | Feeds transparent film for wrapping |
| Drive | Powers arm rotation and clamps | Drives the wrapping motion |
| Frame/base | Blue and yellow painted metal | Structural support (long, conveyor-through layout) |
The machine is a clamp-and-rotate tire wrapper: the tire is held and turned while film is applied around its circumference.
What the video shows
| Phase | Approx. time | What happens |
|---|---|---|
| Tire in / idle | 0–8 s | A black tire sits on the roller conveyor facing the machine; a worker in orange helmet and blue workwear stands nearby. |
| Clamp down | 8–12 s | The arm’s two white clamps descend toward the tire. |
| Grip | 12–16 s | The clamps grip both sides of the tire, holding it in place. |
| Rotate & wrap | 16–28 s | The arm rotates the tire while film is released from the top reel, wrapping the circumference. |
| Release & out | 28–40 s | The arm stops, the clamps open, and the wrapped tire moves on along the conveyor; the arm returns. |
| Repeat | 40–50 s | The arm grips the next tire and begins wrapping it. |
The footage shows the same wrap cycle for two tires — a demonstration of the automatic packing step.
Direct observation notes
These structure observations are taken directly from the video frames. Anything that could not be read in the footage is marked as such.
- Machine finish: blue and yellow painted metal frame, smooth and sturdy; long layout with the conveyor passing through.
- Conveyor: parallel metal rollers carry the tires.
- Arm & clamps: mechanical arm above the conveyor with two white clamps; it grips and rotates the tire.
- Film reel: a reel above the arm stores and releases transparent film during wrapping.
- Load: black rubber tire (automotive or industrial vehicle type), showing tread; it lies flat on the conveyor.
- Motion: the tire is gripped by the clamps and rotated to receive film, staying horizontal; after wrapping it continues along the conveyor.
- People: a worker in orange helmet and blue workwear stands by the machine; another worker is visible in the background.
- Control panel: not clearly visible in the footage.
- Watermark: the site watermark
www.fhoepack.comis visible at the bottom right throughout.
What the video does not show
The clip demonstrates the wrapping action only. It does not show:
- Hourly capacity (tires per hour) and maximum tire size/weight.
- Full cycle time from infeed to output.
- Film type, width, and number of wrap layers.
- Model number, power, and voltage.
- Certifications (CE, ISO).
- Emergency stop, guarding, or light curtains.
- Machine footprint dimensions.
All of these must come from the manufacturer’s data sheet.
Rotated-tire vs stationary-wrap: what this video shows
Tire wrapping machines fall into two broad styles, and it helps to be explicit:
- Clamp-and-rotate (seen here): the tire is gripped and rotated while film is applied — the tire turns, the film comes from a fixed reel position.
- Stationary tire with orbiting film head: the tire stays still and the film-applying mechanism orbits around it. Not shown in this clip.
The distinction matters for machine selection and for how much floor area and rotating mass the design involves.
Operator notes
Human involvement is light and visible around the loading side: a worker in orange helmet and blue workwear stands by the machine, and another worker adjusts equipment in the background. The wrapping itself — clamping, rotating, film application, release — runs automatically.
Fit criteria
| Condition | Check |
|---|---|
| Your product is a tire that can be gripped and rotated | Confirm the machine accepts your tire profile |
| Wrapping tires in film is your packaging goal | Confirm film type, width, and layer count |
| You want conveyor-fed automatic wrapping | The machine sits on a roller conveyor line |
| Moderate throughput is acceptable | Confirm tires/hour at your tire size |
| You need safety/guarding options | Confirm emergency stop and guarding package |
Buyer questions
What tire sizes and weights does the machine accept? Ask for the diameter, width, and weight range — none is shown in the video.
How many tires per hour? Ask for throughput at your tire size.
How is the film applied and finished? The clip shows the tire being rotated under film; confirm automatic start/cut and layer settings.
Does it integrate with my existing conveyor and labeling/packing steps? This clip shows the wrap station only; confirm upstream/downstream integration (e.g., labeling or stacking).
What safety features are fitted? Confirm emergency stops, guards, and certifications — none are visible in the clip.
Why it matters
For tire manufacturers, distributors, and retreaders, an automatic tire wrapping step means:
- Consistent wrap — each tire receives the same film coverage before storage or shipment.
- Less manual handling — the clamp arm does the rotating work.
- Protection in storage — film keeps tires clean and stable in stacks.
- A repeatable packing step — fits into a conveyor-fed line.
This style spins the tire during wrapping, which is mechanically simpler for a round, balanced product like a tire.
Applications this machine suits
Based on what the video shows (automotive/industrial tires being wrapped and moved along a conveyor), this machine style is typically relevant to:
- Tire manufacturing plants — wrapping new tires before warehousing.
- Tire distribution and retail warehouses — protecting stock.
- Tire retreading operations — packing cased/processed tires.
These applications are inferences from the footage, not claims made inside the video itself.
Related reading
- Tyre and Tire Wrapping: Complete Guide
- Tyre and Tire Wrapping: Operation and Applications
- High Speed Tyre Packing Line | Tyre Automatic Packing System
- Automated Horizontal Tire Wrapping Line | Seamless Upstream & Downstream Integration
- Tyre and Tire Wrapping: Operation and Applications (PCR Machines)
- https://www.fhopepack.com/Tyre-packing-m
Source and method
This article is based on the embedded demonstration video (YouTube ID WdJGU5bEyHg, about 50 seconds). Frames were sampled at two-second intervals and analyzed with a local vision model (Qwen3-VL). The video contains background music only; there is no narration, so all observations are visual and timestamps are approximate. The derivative sections (operator notes, applications, fit criteria, buyer questions, and evaluation) are clearly marked as analysis and are intended as a starting point for a conversation with a qualified supplier. FHOPE is the brand behind the machine shown; the on-screen watermark is the site domain.
Next step
Send your tire size (diameter/width), weight, and target output to the FHOPE sales team for a fit check on this automatic tire wrapping machine. Use the contact page to start the conversation.
Last updated: 2026-08-31.
