Top and bottom labelling
Top and underside label application for cartons, trays, sleeves and flat packs with stable product transfer.
Need a bottle labelling machine specified quickly? Send bottle dimensions, label size and output target.
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Automatic top/bottom labelling for flat products, boxes, trays and retail-ready packs requiring labels on both faces.
Technical specifications
Final machine dimensions, throughput and options are confirmed against the bottle, label roll, samples and surrounding line equipment.
Integration
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
Send container dimensions, label details and target output. Lancing can normally narrow the correct labelling route from samples, photos and line information.
Yes. Lancing can discuss integration with filling, capping, coding, inspection, conveyors and end-of-line handling.
Samples are strongly recommended because bottle shape, taper, label material, roll direction and handling stability affect the final configuration.
Speak to Lancing
Send samples, label details and speed requirements so the machine can be matched to your container rather than selected from a generic model number.
This added section gives the practical selection detail searchers need without changing the existing machine page above.
The Automatic Top & Bottom Labelling Machine route is most relevant to cartons, trays, sleeves, cards and flat packs where labels are applied to the top, bottom or both faces. 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.
Selection normally depends on pack flatness, product transfer, label head height and wipe-down contact. 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 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 |
If the project is a bottle or jar rather than a flat pack, start with the bottle labelling machine range.
Use the buyer guide to compare container shape, automation level and label position before confirming the preferred route.
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.
Send product photos, label details, line layout and the output you need.
Top and bottom questions
Top-and-bottom labelling requires the pack to remain controlled as it transfers between application points and any coding or inspection stations. Browse the bottle labelling questions hub for deeper technical answers.
Guides and conveyor surfaces must maintain the same product path and orientation while leaving access to the required faces. Any transfer, belt gap or product movement between heads can change the relationship of the two labels. The pack base, edges and rigidity therefore matter as much as label size.
Flexible trays, uneven bases, projecting lids, curled cartons, open flaps and products that rock on the conveyor can all disturb registration or wipe-down. Samples should represent normal production condition, including any film, sleeve or closure that is present when labels are applied.
Choose repeatable pack edges or features as datums, define each label position from those datums and state whether the two labels must align with one another. The acceptance method should also distinguish between placement variation and defects caused by the product surface or label adhesion.
Position depends on which surface is accessible, whether the code is printed on the pack or label and when the product is most stable. Inspection should see the required label or code without creating a transfer that disturbs the pack. The line-integration guide sets out the control questions.
Provide representative packs, both label rolls, a placement drawing and the intended line layout.
Review the transfer and support path rather than assuming a thicker label behaves like the approved single layer. A booklet, reseal tab or local thickness change can alter the point of first contact and the space needed under guides or supports. Suitability depends on the complete label and pack.
Mark the label position, opening edge and surfaces that may receive application pressure. Check bottom-label clearance through the conveyor transfer and support arrangement, then inspect the finished pack after it has passed downstream equipment.
The multi-layer label guide provides a trial framework, not a standard option claim for this machine. Pair it with agreed acceptance checks and request an application review.
Popular searches
Top and bottom application depends on stable transfer through the labelling area and enough accessible surface for each label. Pack thickness, stiffness, underside features and conveyor transitions should be reviewed with representative products.
| Check | Evidence | Purpose |
|---|---|---|
| Product envelope | Smallest, largest, thinnest and least rigid packs. | Confirms support, guides and label-head range. |
| Usable surfaces | Marked top and underside label positions, including seams, recesses and openings. | Confirms each label reaches a suitable panel. |
| Transfers | Upstream and downstream conveyor details and product orientation. | Prevents loss of control before or after application. |
| Two roll setups | Complete specification and artwork orientation for both reels. | Controls sensing and label presentation independently. |
Use the conveyor integration guide and FAT checklist.