Product
Bottle dimensions, weight, material, centre of gravity, closure and label position.
Bottle cartoning matched to your production line
Tell us your bottle, carton, target output and available space. We’ll help you choose a practical cartoning solution and plan how it fits your line.
Application-ledSelected around your real bottle and carton
UK supportPractical advice from Oxfordshire
Trial-focusedRepresentative samples reduce project risk
Line-readyInterfaces planned around your production line
01
Choose the right cartoner for your pack
Horizontal end-load cartoners
A strong option for stable bottles or grouped formats that can be collated and loaded through the carton end.
See horizontal cartonersVertical top-load cartoners
Controlled top loading for bottles that are less stable, require careful placement or suit an open-top carton.
See vertical cartonersBottle multipack cartoners
Create repeatable bottle groups and load the required count and orientation into every carton.
See multipack cartonersCarton forming and closing
Match carton erection and tuck, glue or other closing methods to the board, pack and presentation standard.
See forming and closing02
Build a cartoning solution that works with your whole line
Smooth cartoning depends on the equipment before and after it. Bottle spacing, accumulation, label position, coding, leaflet insertion, inspection and reject handling all affect real production performance.
We start with your actual bottle, closure, label, carton and output target, then define the interfaces needed for a stand-alone cartoner, guarded cell or integrated packaging line.
Plan the complete line
03
What you need for a useful quotation
Carton
Board grade, dieline, closure style, print registration, leaflet and tamper-evident requirements.
Output
Required packs per minute, bottle count per carton, changeover expectations and shift pattern.
Line
Infeed conditions, conveyor height, available footprint, utilities, inspection and downstream discharge.
04
Plan your project before requesting quotations
Specification
Prepare the right project information
Bring together bottle, carton, output, line layout and acceptance data so proposals can be compared properly.
Use the checklist ChangeoversProtect format flexibility
Define change parts, recipes, settings and first-off checks before the machine scope is agreed.
Plan changeovers OwnershipPlan maintenance and OEE
Consider routine care, critical spares, recovery and production reporting before handover.
Plan reliable ownership ComparisonCompare proposals on the same basis
Review sustainable output, inspection, controls, testing, services and lifetime support.
Read the buyer’s guide05
Turn your pack details into a practical recommendation
Lancing Ltd
Get a practical bottle cartoning recommendation
Send bottle and carton details, photographs, your target output and a simple line layout. We will review the application before suggesting a machine format.
Lancing Ltd
Unit 5A Jefferson Way
Thame, Oxfordshire
OX9 3SZ
FAQ
Frequently asked questions
What information is needed to specify a bottle cartoning machine?
At minimum, provide the bottle drawing or dimensions, filled weight, closure type, carton dieline and board specification, bottles per carton, required output, available footprint and details of adjacent machines.
Can a cartoner be integrated with an existing filling line?
Yes, subject to a line survey and controls review. The key issues are product accumulation, pitch control, conveyor height, available space, guarding, line speed and the signals exchanged with upstream and downstream equipment.
Do you supply machinery for one bottle and multipack cartons?
The application range covers individual-bottle cartons and grouped bottle formats. The final machine type depends on bottle stability, orientation, carton geometry and output.
Can you work from bottle and carton samples?
Physical samples are strongly recommended. Trials with production-representative bottles, closures, labels and cartons reduce project risk and help confirm handling, board quality and changeover requirements.
Your bottle cartoning project
Get a cartoner recommendation based on your actual pack
Send your bottle, carton, output and layout details. We will review the application and identify the machine format and integration questions that matter.
06
Define the complete cartoning process before choosing a machine
A bottle cartoning project is more than carton erection and product loading. Reliable production depends on the relationship between the bottle, closure, label, carton blank, insert, loading method, closing system, inspection checks and the equipment on either side of the cartoner. Treating these items as one pack system makes it easier to compare machine proposals on a like-for-like basis.
Start with controlled product and carton data rather than a preferred machine layout. A horizontal end-load cartoner may suit a stable bottle group that can be pushed through an open carton end. A vertical or top-load system may be more appropriate when the bottle is unstable, must be lowered carefully, or needs a particular presentation. A multipack project also needs a repeatable collation method before the carton is loaded. The final choice should be confirmed with production-representative samples and an agreed test plan.
| Area | What to confirm before machine selection |
|---|---|
| Bottle handling | Dimensions, filled weight, material, centre of gravity, closure overhang, label position, surface finish and any orientation requirement. |
| Carton blank | Approved dieline, board grade and caliper, grain direction, coatings, crease quality, closure style and the way blanks are supplied to the magazine. |
| Loading and closing | Bottles per carton, pack pattern, dividers or leaflets, acceptable loading contact, tuck or glue method and the visible standard of a finished pack. |
| Inspection and rejects | Product count, carton presence, leaflet presence, code verification, flap condition, reject confirmation and the response when a reject cannot be completed. |
| Line interface | Upstream pitch, accumulation, conveyor height, downstream capacity, line-state signals, batch clearance, available space and safe operator access. |
Use the specification checklist to assemble this information, then compare horizontal, vertical and multipack cartoning around the real pack. Where the machine will join filling, capping or labelling equipment, define the interfaces through the line-integration guide before the factory layout is fixed.
Application review
Bring the pack evidence, not just a target speed
Send bottle and carton drawings, representative samples, the required pack pattern, an output range and a simple line layout. The review can then focus on handling risks, machine format and the evidence needed before an order is placed.
FAQ
Project-definition questions
Which carton data should be supplied first?
Provide the approved dieline where possible, together with board grade, caliper, grain direction, coatings, closure method and samples from the intended converter. A finished carton alone does not show how the blank will behave in the magazine, during erection or at the closing station.
When should bottle and carton trials take place?
Trials should support machine selection before the scope is fixed, then be repeated against agreed acceptance criteria using controlled production-representative materials. Record the sample revision so later changes to the bottle, label, board or crease pattern are visible.
07
Choose the right carton packing process before comparing machines
The phrase carton packing machine is used for several different operations. A bottle cartoner normally erects a printed folding carton, loads one bottle or a controlled group, then closes and checks the finished retail or secondary pack. That is different from forming a corrugated transit case, loading finished cartons into a case, or sealing a filled case. Defining the pack level first prevents quotations for different processes being compared as though they were equivalent.
| Process | What the equipment is expected to do | Where to continue the specification |
|---|---|---|
| Bottle cartoning | Erect a folding carton, control and load the bottle or bottle group, handle any insert, close the carton and inspect the completed pack. | Automatic bottle cartoners and the horizontal, vertical or multipack pages on this site. |
| Corrugated case forming | Form an outer shipping case from a flat corrugated blank before products or cartons are loaded. | Corrugated carton-forming machinery on Packaging Machines UK. |
| Case closing or taping | Close and seal a filled transit case after the product-loading stage. | Case taping machinery for outer-case closure. |
| Complete packaging line | Coordinate feeding, filling, capping, labelling, cartoning, conveying, inspection and downstream packing as one production system. | Cartoner line integration and the wider packaging-lines resource. |
Five decisions that define a bottle-cartoning application
- Pack level: confirm whether the required result is a printed folding carton around the bottle, a multipack, or a corrugated transit case.
- Loading direction: assess whether the product can be transferred through an open carton end or needs controlled placement from above.
- Carton closure: provide the approved tuck, hot-melt glue or other closure design together with the intended board and coating.
- Additional components: identify leaflets, dividers, pads, coding, tamper-evident features and the checks required before a pack is accepted.
- Line behaviour: define bottle arrival, accumulation, downstream capacity, reject handling, changeover frequency and the space available for access.
Use one controlled set of bottles, closures, labels, carton blanks and inserts when comparing proposals. A machine description can indicate a likely architecture, but suitability depends on the complete pack and the way it arrives from the upstream process. The cartoning specification checklist brings these details together before a recommendation is made.
Application definition
Describe the finished pack before choosing the machine category
Send the intended bottle count, carton dieline, closure method, inserts, required output and line layout. Lancing can then distinguish folding-carton, case-forming and complete-line requirements before equipment is compared.
Final planning layer
Use the cartoning resource centre to remove project uncertainty
A useful cartoning-machine enquiry goes beyond a bottle size and a target output. The carton blank, product presentation, closure method, leaflet or code, inspection and reject strategy, factory layout and acceptance method all affect the final machine scope. The new cartoning machine resource centre brings those decisions together without replacing the machine pages already provided on this site.
Automation level
Compare manual-assisted and automatic cartoning
Match the operator role, product feed, format range and inspection requirement to the appropriate level of automation.
Carton materialPrepare a carton blank for machine trials
Control the dieline, board, grain, creases, coatings and joint so the trial represents production material.
AcceptanceDefine FAT, SAT and commissioning evidence
Agree samples, test conditions, pack-quality checks, fault challenges and handover records before acceptance.
For a first discussion, send the bottle and closure drawings, carton dieline, representative samples, required pack count, proposed code or leaflet, normal line conditions and available layout. The cartoning machine specification checklist provides a structured way to assemble that information.
Start with the evidence you have
Turn samples and drawings into a controlled machine brief
Mark inputs as approved, provisional or unavailable. Lancing can then identify the handling trial and interface questions that should be resolved before a quotation is treated as final.
Your bottle cartoning project
Prepare a cartoning enquiry that can be assessed technically
Send the current pack samples, drawings, output objective and line layout so the next machine-selection decision is based on your real application.
Buyer questions
Questions that define a cartoning project before a machine is selected
These answers address the information that must be known before machine type, tooling and acceptance conditions can be agreed.
Can a bottle cartoner be selected from dimensions alone?
No. Bottle and carton dimensions are necessary, but they do not show whether the filled product will remain stable, whether the closure or label can tolerate contact, or whether the flat carton blank will separate, open and close consistently.
A useful assessment also needs the filled weight, centre of gravity, surface condition, closure overhang, label position, carton dieline, board specification, pack count and the way product arrives from the upstream line. Production-representative samples are the best way to confirm the uncertain parts.
Use the sample-trial guide when drawings cannot prove handling behaviour.
What makes a bottle difficult to carton automatically?
A bottle becomes difficult to carton when it cannot be presented, grouped or transferred repeatably without tipping, rotating, snagging or damaging a closure, label or decoration.
Common risk factors include a high centre of gravity, a narrow base, a flexible wall, an offset or overhanging pump, a trigger head, a tacky or wet surface, an asymmetric label, low product weight, variation in fill level and a requirement to maintain a precise facing direction. The correct response may be better infeed control, a pocketed conveyor, top loading or a revised pack format.
The bottle-infeed guide explains how these factors are translated into a controlled transfer.
How should sustainable cartoning output be defined?
Sustainable cartoning output should be stated as accepted finished cartons over an agreed production period, using controlled bottles, carton blanks and line conditions—not as the maximum mechanical cycle rate of one machine station.
The definition should identify bottles per carton, the required carton rate, expected upstream variation, planned inspections, normal replenishment, reject handling and the downstream capacity available during the test. Any quoted rate should also state the format and material revision on which it is based.
See how to calculate a cartoner output requirement before issuing an enquiry.
What should happen when bottles or carton blanks run low?
The cartoner should move into a defined starved or low-material state that prevents incomplete or unidentified packs while allowing the line to stop and recover in a controlled sequence.
The project should define low-level warnings, refill access, whether upstream equipment continues into accumulation, how partially formed cartons are handled, what happens to products already committed to a carton, and which checks are repeated before restart. The answer belongs in the line-state and acceptance documentation, not only in operator training.
Use the control and restart guide to define these states.
When is a physical cartoning trial more useful than a desk review?
A physical trial is most useful when the application depends on behaviour that drawings cannot establish reliably, such as bottle stability, label scuffing, closure clearance, carton opening force, board curl, group containment or the release of a top-loaded product.
Trials are also valuable when the pack is new, tolerances are tight, several suppliers make the components, output is sensitive to small variations, or the final finish must remain presentation-quality. The trial should use recorded sample revisions and produce a clear evidence pack rather than an informal demonstration.
Prepare the material set with the cartoning-machine sample-trial checklist.
Application review
Turn an open question into a testable project requirement
Send the actual pack details, any available drawings and the line objective. Lancing can identify what can be assessed from data and what needs representative samples.
Application routes
Choose the guide that matches the difficult part of your pack
The bottle material, closure geometry, format portfolio and condition of the existing line can determine the cartoning architecture before a machine speed is discussed.
Frequent format change
Cartoning for contract packers
Control format matrices, customer-specific materials, line clearance and changeover evidence.
Fragile containersGlass bottle cartoning
Review support, impact, label protection, dividers and the loading direction.
Projecting closuresPump, trigger and dropper bottles
Define orientation, closure condition, contact zones and carton clearance.
Existing production lineCartoner retrofit planning
Survey the line and assign mechanical, control, safety and installation interfaces.
Application evidence
Describe the feature that makes the bottle or line difficult
Send filled samples, production cartons, closure condition, format matrix and the current line layout so the next review is based on the real handling task.
Commercial planning
Plan the machine, carton, support and investment together
Four project areas often need a separate decision before a cartoner can be specified responsibly: the complete pack contents, the exact tuck construction, the ownership support plan and the evidence behind the investment case.
Complete pack
Bottle, leaflet and accessory cartoning
Control sequencing, presentation, presence checks, rejection and sample trials for multi-component packs.
Carton formatStraight versus reverse tuck
Connect flap direction, blank orientation, tooling and artwork references to the machine trial.
OwnershipServicing and spare-parts planning
Define routine care, critical spares, fault evidence and support boundaries before handover.
InvestmentROI and business-case evidence
Build the decision from the current process, complete project scope and measurable operating effects.
Application review
Send the real pack and current process
Provide the bottle, carton, all inserts or accessories, current packing method, target output and line layout so the next step is based on the complete task.