Move from container shape and label position to the machine family that is likely to work for your application.
Each range page includes matched products, application notes and enquiry routes.
Bottle labellers for round bottles, jars and cylindrical containers.
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Twin-side and double-sided labellers for front and rear label application.
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Labellers for pouches, bags, cartons, boxes, cards and flat products.
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Top and underside label application using split conveyor and product control.
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Labelling systems for square, rectangular, hexagonal and shaped containers.
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Real-time barcode, logistics, case, carton and pallet label systems.
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Label heads, stands and applicators for fitting to conveyors or existing lines.
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Project-specific labelling machinery for hazardous-area requirements.
View rangeProduct images have been matched to the labelling type to avoid confusing users with unrelated machinery.
Bench-top wrap-around label applicator for round bottles, jars and small batches.
Space-saving automatic wrap-around labeller for round bottles on a conveyor.
Inline wrap-around labelling for round bottles and jars at production-line speeds.
Front and back labelling for flat, oval, square and selected round containers.
Compact twin-side labelling for lower-output front and back applications.
Production-ready front and back labeller for bottles, jars and containers.
Semi-automatic two-side labelling for square and flat bottles.
Flat surface labelling for pouches, bags, cartons, cards and flat products.
Benchtop label applicator for flat bottles, caps, lids and small containers.
Side label applicator for bottles, boxes, cartons and line integration.
Top label applicator head for pouches, boxes, cards and flat product lines.
Apply labels to the top and underside of products in one controlled pass.
Automatic top and bottom label application for production conveyors.
Controlled labelling for hexagonal jars, square jars and shaped containers.
Multi-side labelling for square, rectangular and shaped packs.
Print variable information and apply labels to products, cartons or cases.
Print and apply pallet labels to one, two or multiple sides of palletised loads.
Weigh, print and apply labels for food packs and variable-weight products.
Tamper-evident label application for caps, lids, cartons and closures.
Labelling machinery options for projects with hazardous-area considerations.
Send product photos, bottle dimensions, label sizes and target output. Lancing UK can help shortlist the right machine type before quotation.
This table uses the application descriptions already published on the individual machine pages. Final suitability still depends on samples, label stock, output and the production environment.
| Machine route | Automation | Pack type | Label task | Useful starting point |
|---|---|---|---|---|
| Semi-Automatic Wrap Around Labeller | Semi-automatic | Round bottles and jars | Wrap-around label | Small batches, samples and operator-loaded production |
| Compact Wrap Around Labeller | Compact automatic | Round bottles and jars | Wrap-around label | Conveyor operation where line space is limited |
| Automatic Wraparound Labeller | Automatic inline | Round and cylindrical packs | Wrap-around label | Continuous production with upstream and downstream equipment |
| Compact Twin Side Labeller | Compact automatic | Flat and oval containers | Front and back labels | Lower-output twin-side work in a reduced footprint |
| Automatic Twin Side Labeller | Automatic | Flat, oval, square and selected round packs | Front, back or both | Inline two-label application with controlled product handling |
| Automatic Top & Bottom Labelling Machine | Automatic inline | Flat products and cartons | Upper and underside labels | Products requiring both faces labelled in one controlled pass |
| Print & Apply Labelling Machines | Automatic or integrated | Products, cartons and cases | Variable data label | Barcode, batch, address or logistics information printed on demand |
| Pallet Labelling Machine | Automatic end-of-line | Pallets and large cases | Shipping and pallet labels | Warehouse or dispatch identification at the end of a line |
A product page identifies the likely machine family. The final choice should then be checked against the real container, production labels, changeover range and line interfaces.
Start with the surface and label position: wrap-around, front/back, top, underside, side, tamper-evident or variable-data print and apply. This prevents a machine being selected simply because its photograph looks similar.
Light, tapered, flexible, unstable or irregular packs may need spacing, orientation, side control or a dedicated feeder. These handling requirements can be more important than the nominal label-head capability.
Core, outside diameter, web width, gap, liner, unwind direction, material and transparency affect the unwind unit, peel plate and sensor. Send a normal production roll wherever possible.
Agree which formats will be tested, where position is measured, what visual defects are unacceptable and whether coding or barcode checks form part of the trial. Record setup after changeover rather than assessing only the first prepared sample.
Confirm conveyor height, direction, speed control, product spacing, upstream accumulation, downstream clearance, guarding and signals to connected equipment before the mechanical layout is fixed.
Identify operator training, cleaning access, routine checks, change parts, critical spares and the person responsible for label and product specifications. A repeatable setup method is part of the machine specification.
Include the smallest and largest products, label-roll specification, normal output, line layout and the required label position. Lancing UK can then confirm which product page is the correct commercial route.
This parent site should help a buyer identify the application method and the most relevant Lancing route. The container surface, label position and data requirement are more useful starting points than a model photograph or an isolated headline speed.
| Application decision | Best page on this site | Evidence to provide | Specialist Lancing route |
|---|---|---|---|
| One pressure-sensitive label on a stable round pack | Round and wrap-around range | Diameter range, filled condition, label length, seam or overlap and production roll | Wrap-around labelling |
| Two separate labels on flat, oval or shaped faces | Front and back range | Panel geometry, orientation reference, both label rolls and the required relationship between labels | Front and back labelling |
| Labels on the upper and underside faces of a flat product | Top and bottom range | Pack thickness, rigidity, leading edge, transfer condition and both label positions | This parent site owns the machinery-selection route |
| A label head added to an existing conveyor | Label applicators and retrofit heads | Conveyor drawings, product spacing, sensor position, support at wipe-down and controls interface | Applicator integration guide |
| Variable information printed and applied to a product, case or pallet | Print and apply range | Data source, label format, print content, product trigger, application face and verification requirement | Print and apply systems |
| Shrink sleeve or tamper band rather than a self-adhesive label | Labelling-machine buying guide | Sleeve lay-flat, cut length, container geometry and shrink process | Sleeve applicators |
A useful review includes the smallest and largest products in their normal filled or assembled condition, normal label rolls, the intended label position, the expected operating pattern and a drawing or video of the surrounding line. Group formats by the handling change they create rather than by product name alone. A new diameter, panel shape, product height, label width, transparent liner or orientation requirement can be more important than a different SKU name.
Before comparing quotations, agree how label placement, skew, front-to-back relationship, print readability, changeover and restart will be checked. This gives each machine page a practical purpose: the product hub narrows the route, the named machine page explains the configuration, and a specialist Lancing site provides deeper coverage where that technology has its own search intent.
Share real pack dimensions, production labels, required positions, changeover range and line interfaces so Lancing can direct the enquiry to the right machine route.
Start with the product and label, then decide which equipment must orient, space, support, print, inspect or reject. A product card identifies a machine format; the project scope defines whether that format can run reliably in the complete line.
Round packs need controlled rotation; flat and shaped packs need a stable datum and orientation. Record the minimum and maximum products and how they arrive.
Define label construction, roll dimensions, unwind, sensing and the face or panel that must receive the label.
Identify who supplies conveyors, spacing, coding, inspection, reject, guarding and start/stop handshakes.
Agree representative samples, placement references, changeover formats and fault/restart tests before order.
These established pages address materially different pack handling, label placement or operating constraints.
Review compact routes for controlled batches and operator-loaded products.
Tabletop systemsCompare small-footprint equipment for bottles and flat products.
ContainersPlan wrap-around or panel labelling for stable cylindrical jars.
Shaped packsControl orientation and panel position on square and rectangular bottles.
Flexible packsReview flat presentation, support and sensing for pouches and sachets.
Closure securityConsider label placement across caps, lids and container shoulders.
Site assessmentStart the competent assessment for equipment intended for a classified area.
Send the product, label and line information so the most suitable labelling route can be checked before quotation.
A useful comparison starts with the application responsibility of each machine, not with a headline speed or a photograph of the frame.
The product geometry normally determines the handling route, while the label determines sensing and dispensing details. Both have to be considered together: a round bottle may point towards wrap-around handling, but the label length, material and seam requirement still influence the final design.
Start with the product shape and label position, then confirm the roll construction and production conditions before selecting a model.
A standalone applicator can be enough when the existing conveyor presents every product at a controlled gap, orientation and height, and the product surface is accessible without extra stabilisation. The applicator still needs a reliable product trigger, speed reference where required and a suitable wipe-down method.
If the product twists, touches adjacent packs or varies in presentation, a complete machine with dedicated handling is normally the safer route.
Controlled orientation is essential when the label must align with a handle, seam, flat panel, cap feature, existing artwork or a second label. It may also be needed when an oval, square or irregular container can enter the labelling station in more than one attitude.
Orientation should be proved with the real pack at the intended line conditions, not assumed from the nominal container shape.
One machine may cover several SKUs when the products remain inside a practical handling envelope and each change can be set repeatably. Large changes in diameter, height, panel position, stability or label path may require adjustable parts, recipe-controlled settings or dedicated format components.
The comparison should list every intended SKU and identify which adjustments are manual, recipe-driven or tooling-dependent.
Variable data introduces responsibility for the data source, print engine, label queue, product tracking, verification and fault recovery. A pre-printed label applicator only needs to dispense the correct label; a print-and-apply system must also prove that the right data reached the right product.
Define the data owner and verification requirement before comparing the mechanical applicator methods.
A fair comparison should cover product range, label range, changeover method, handling responsibility, utilities, controls, guarding, coding or inspection interfaces, test evidence, documentation, training, support and the agreed acceptance method.
Compare exclusions as carefully as included equipment. Two quotations can describe similar labellers while assigning very different responsibilities to the buyer.
Send the product, label and line details to Lancing so the answer can be checked against the real pack rather than treated as a generic machine assumption.
A commercial labelling system may need spacing, stabilisation, orientation, coding, inspection, reject handling and line controls. These items should be defined before comparing machine prices because they determine whether the product reaches the applicator in a repeatable state.
Describe the smallest and largest products, filled weight, base stability, taper, handles, seams and the surface available for guide contact.
Record label and liner dimensions, core, outside diameter, gap, material, adhesive, transparency and unwind direction.
Define normal output, product pitch, upstream surges, downstream stops, available accumulation and the required response after a fault.
A pressure-sensitive label can be applied by a wrap-around machine, front/back system, top or side applicator, shaped-container labeller or print-and-apply unit. Product geometry and label position determine the product range to compare.
Start with the surface that receives the label and the way the product can be controlled. Round containers may rotate under a wrap belt; flat and oval packs need a repeatable face; pouches and cartons need support; variable-data labels also need a print and verification chain.
Then decide the automation level. A dispenser leaves placement with the operator, a semi-automatic labeller controls the application after manual loading, and an automatic system also spaces and handles products on the line.