Automatic Wraparound Labeller
- Typical throughput
- Up to ~6,000 bph
- Container type
- Round bottles, jars and cans
- Label types
- Paper, film, normal or transparent
- Controls
- Touchscreen PLC
- Integration
- Filling, capping and conveyor lines
Wraparound bottle labelling
Automatic Wraparound Labeller
High-speed inline wraparound labelling for round bottles, jars and cans, with rotary electric clamping and line integration.
Need a bottle labelling machine specified quickly? Send bottle dimensions, label size and output target.
Request specification adviceCall 01494 623015Overview
Built for repeatable label placement.
Automatic wrap-around labelling for cylindrical containers requiring consistent presentation and higher output.
- Up to approximately 6,000 bottles per hour, application dependent
- Rotary electric bottle clamping for efficient infeed and outfeed
- Touchscreen PLC control with recipe storage
- Transparent-label sensor, date coder and inspection options
- Integrates with fillers, cappers, conveyors and coding systems
Technical specifications
Reference data for specification discussions.
Final machine dimensions, throughput and options are confirmed against the bottle, label roll, samples and surrounding line equipment.
Information to send
- Container
- Diameter/width, height, shape and photos
- Label
- Size, roll direction, material, backing and gap
- Production
- Target bottles per hour and operator process
- Line
- Filler, capper, coder, conveyor and inspection details
Integration
Specified as a machine or as part of a line.
Lancing can supply labelling machinery as a standalone unit or integrate it into broader packaging lines with filling, capping, coding, conveyors, inspection and end-of-line handling.
Buyer questions
Questions before specifying this labeller
How quickly can I get advice on this machine?
Send container dimensions, label details and target output. Lancing can normally narrow the correct labelling route from samples, photos and line information.
Can this labeller be supplied as part of a full line?
Yes. Lancing can discuss integration with filling, capping, coding, inspection, conveyors and end-of-line handling.
Do I need to send samples before ordering?
Samples are strongly recommended because bottle shape, taper, label material, roll direction and handling stability affect the final configuration.
Speak to Lancing
Configure the Automatic Wraparound Labeller for your product.
Send samples, label details and speed requirements so the machine can be matched to your container rather than selected from a generic model number.
Specification support
How Lancing checks a Automatic Wraparound Labeller project before quotation.
This added section gives the practical selection detail searchers need without changing the existing machine page above.
Suitable work
The Automatic Wraparound Labeller route is most relevant to round bottles, jars, cans and other cylindrical containers where the label is applied as the product rotates. It should be checked against the actual container rather than only a drawing, because presentation, base stability and label surface can change how consistently the label is applied.
Machine control points
Selection normally depends on bottle rotation, wrap pressure, label start point and label wipe-down. Where clear labels are involved, Lancing should review the label material and backing liner so the sensing method is suitable before the machine is ordered.
Changeover and access
Changeover planning should include bottle guides, label roll loading, sensor position, label height, job memory or operator settings where fitted, and safe access to the label path for routine cleaning and roll changes.
| Information to send | Why Lancing needs it | Related page |
|---|---|---|
| Container dimensions, photos and sample bottles | Confirms whether the pack can be controlled repeatably through the labelling point. | Sample testing |
| Label width, length, gap, web width and core diameter | Confirms the label roll can feed and present correctly through the label head. | Label roll guide |
| Clear label, metallic label or unusual liner details | Identifies whether specialist sensing or extra setup checks are required. | Clear-label sensing |
| Batch code, date code or barcode position | Shows whether coding needs to be integrated before, during or after label application. | Coding integration |
| Target output and upstream/downstream equipment | Helps match the labeller to the rest of the line and avoid bottlenecks. | Compare labelling routes |
When another labeller may be better
If the container has a flat front panel, oval body or needs separate front and rear labels, review the front and back labelling page before choosing a wraparound route.
Use the buyer guide to compare container shape, automation level and label position before confirming the preferred route.
Sample trial note
Actual placement-accuracy trial results, customer case studies and sample test data should only be published when Lancing has verified first-party evidence. In the absence of recorded figures, the safe approach is to define a test pack, label material, target output and acceptance criteria before running samples.
Ask Lancing to check whether this automatic wraparound labeller suits your pack.
Send product photos, label details, line layout and the output you need.
Automatic line questions
Questions about automatic wraparound control and acceptance.
An automatic wraparound labeller should be specified as part of a product-flow system, not only as a label head on a conveyor. Browse the bottle labelling questions hub for deeper technical answers.
What information is needed to synchronise an automatic wraparound labeller with an existing line?
Provide conveyor direction and height, available line space, bottle arrival pattern, upstream and downstream machine behaviour, required start/stop signals and any coding or inspection equipment. The labeller must receive separated, stable bottles and respond predictably when neighbouring equipment stops. See the packaging-line integration guide.
How should recipe settings and mechanical reference points be controlled?
Record every repeatable setting that affects a format, including guides, sensor positions, label-head position, wrap pressure and relevant control values. Recipes can store electronic values, but they do not replace physical reference points or a first-off check. A format sheet should let a trained operator return the machine to a known starting condition.
What should happen when the downstream conveyor stops?
The control sequence should prevent labelled bottles accumulating into the application zone or unstable packs being compressed. The agreed response may involve stopping infeed, holding product upstream or completing a controlled cycle before stopping. The correct sequence depends on the full line and should be tested with the actual interface logic.
Which formats should be used to prove automatic wraparound performance?
Choose the smallest, largest, least stable and most presentation-critical bottles, together with the most demanding label constructions. Include formats that challenge sensing, rotation, overlap or changeover rather than demonstrating only an easy nominal pack. Use the existing FAT checklist to record the agreed evidence.
Specify the automatic labeller and the surrounding product flow together.
Send a line layout, representative bottles, label rolls and the expected control interfaces for an application review.