Food & beverage
Bottle bundles, trays, sleeve labels, multipacks and presentation packs where film finish and hygiene-friendly handling matter.
Applications
Different industries need different sealing methods, film choices, product handling and line layouts. Use this page to plan the right machinery route before requesting a quote.
Bottle bundles, trays, sleeve labels, multipacks and presentation packs where film finish and hygiene-friendly handling matter.
Sleeve labels, tamper-evident neck bands and clear film retail packs for bottles, jars, tubs and cartons.
Bottle bands, carton overwrap and pack integrity routes where repeatability and documentation are important.
Multipacks, transit wrapping and container handling for robust, transport-ready finished goods.
Flexible shrink wrapping machinery for varied product sizes, short runs and repeat customer formats.
Protective shrink film and bundle wrapping for transport, grouping and consistent dispatch presentation.
Shrinkwrapping machinery often sits after filling, capping, labelling or coding. Lancing can help plan the conveyors and integration points around your existing or new line.
Technical selection guidance
Industry labels are useful context, but they do not define the shrink-wrapping solution. The equipment should be selected from the real product range, film, heat sensitivity, output and handling route.
Use the application checks below to build a quotation pack that reflects the production extremes and the quality evidence required by the business.
State whether the film is for individual presentation, tray packs, bottle multipacks or transit protection. Filled containers can introduce weight, cold product and condensation, while cartons may need controlled heat to protect print, adhesives or contents.
Provide the full container and pack range, production temperature, hygiene or cleaning expectations and the downstream handling test. Do not assume one tunnel recipe will suit every flavour, fill level or pack pattern.
Contract packers often need wide format coverage, small batches and rapid changeovers. Define the likely extremes, reel storage, recipe control, tooling or guide changes and how the first-off pack will be approved for each customer.
A flexible machine is only useful when operators can set it reproducibly. Retain film codes, accepted samples and changeover records so the process does not depend on individual memory.
Clarify whether shrink film is being used for product grouping, tamper indication, presentation or protection before an outer shipping pack. The expected handling route and any need for easy opening or barcode visibility should be part of the specification.
Heat-sensitive electronics, printed surfaces and mixed product dimensions require representative trials. Where flow wrapping rather than shrink processing owns the intent, use the specialist flow-wrapping machinery site instead of creating a competing shrink route.
Closures, pumps, trigger heads, labels and filled products may respond differently to local or full-pack heat. Supply the final decorated container and confirm whether the requirement is a neck band, full-body sleeve, individual overwrap or grouped transit pack.
Any chemical compatibility, ventilation or hazardous-area requirement must be identified by the site and assessed through the appropriate engineering and safety process; it should not be inferred from a generic machine description.
Define the purpose of the shrink element—such as grouped presentation or a visible tamper band—and the approved position and inspection method. Product, label and closure sensitivity should be established with the responsible quality team.
Machine selection does not by itself establish validation or regulatory compliance. Agree the required documentation, sample status, change control and acceptance evidence as explicit project inputs.
When products must move directly from filling, capping or labelling into a shrink process, specify line speed, conveyor heights, accumulation, reject logic and the ownership of each control interface. Cooling and discharge space should be included in the overall layout.
The related packaging lines website covers the broader integration intent, while this domain remains the owner of shrink-wrap film, sealing and tunnel selection.
| Application evidence | Examples to supply | Engineering decision supported |
|---|---|---|
| Physical range | Dimensioned products, containers, packs, trays, pads and weights | Machine envelope, guides, conveyor support and changeover |
| Material range | Production film reels, data sheets, labels, closures and printed surfaces | Seal method, shrink curve, heat window and marking risk |
| Production duty | Target rate, batch size, shifts, changeovers and cleaning routine | Automation level, controls and maintainability |
| Quality standard | Approved packs, photographs, tamper position and handling test | Trial and acceptance criteria |
| Line context | Upstream/downstream equipment, heights, direction, accumulation and utilities | Integration, footprint, guarding and controls interface |
| Sensitive conditions | Cold fill, hot fill, lightweight packs, fragile products or closure sensitivity | Worst-case trial and safe recipe limits |
No. Machine type is selected from pack geometry, film, required finish, output, product sensitivity and line interfaces. Two products in the same industry can need different routes.
At minimum, identify and test the formats that represent the physical, thermal and handling extremes. Additional variants should be reviewed where film, container or pack pattern changes materially.
Provide the real product condition and the maximum permitted exposure or quality boundary from the responsible supplier or quality team. A controlled trial should check both pack finish and product condition.
Future capacity can be considered only when likely dimensions, film, output and line requirements are defined. Unsupported future ranges should not be assumed to fit the machine or process window.
Clear format limits, repeatable recipes, simple film and guide changeovers, documented first-off checks, accessible maintenance points and a sample library improve control across frequent jobs.
Whenever the wrapper relies on upstream grouping or must feed cooling, inspection, coding, case packing or other conveyors. The lowest sustainable interface rate normally controls the complete line.
Application review
Include the largest, smallest, heaviest, least stable and most heat-sensitive formats, together with film, rate and line-interface information.
Application engineering
The machinery route should be selected from the product, film, pack outcome and production duty. Industry context then adds the handling, hygiene, presentation, documentation or changeover evidence needed for a reliable installation.
Two manufacturers in the same sector may need different machinery because product geometry, film, pack pattern, output and acceptance differ. Describe the real product and process rather than asking for a generic “food”, “drinks” or “ecommerce” machine.
The largest dimensions are not always the hardest duty. A dense cold pack may create the highest thermal load, a light group may be least stable, and a printed carton may set the strictest appearance limit. Include every variant that can change the machinery or process window.
Film should reach the required handling condition before it is guided, labelled, scanned, case packed, accumulated or palletised. Show the equipment and available distance after the tunnel so cooling and transfers can be reviewed as part of the line.
Keep an approved sample or image, film code, recipe, guide positions and first-off checklist for each product family. This supports repeatable changeover and helps separate a machine fault from a changed product or material.
| Application environment | Distinct requirement | Evidence to include |
|---|---|---|
| Food and beverage manufacturing | Product temperature, condensation, label and closure response, cleanability expectations, multipack stability and downstream case or pallet handling | Representative packs at normal production temperature, intended film, accepted finish and the heaviest group |
| Consumer products and retail packs | Presentation, corner finish, print visibility, barcode readability, mixed formats and protection from handling damage | Approved appearance sample, smallest and largest carton, print/label positions and downstream scanning check |
| Contract packing | Frequent format and film changes, uncertain future product mix, rapid first-off approval and documented changeover | Current product matrix, likely extremes, changeover frequency, film ownership and a repeatable acceptance sheet |
| Ecommerce and fulfilment | High SKU variation, variable pack shape, label visibility, operator loading and compatibility with dispatch handling | Representative order profiles, fragile or heat-sensitive items, dispatch label positions and pack-handling sequence |
| Books and printed matter | Flat-pack presentation, sharp corners, surface marking, print protection and variable dimensions | Representative paper stocks, maximum pack thickness, accepted corner finish and heat/pressure sensitivity |
| Industrial and transit bundles | Pack weight, stability, open-sided protection, conveyor support and cooling before accumulation or palletising | Heaviest group, worst-case collation, line layout, discharge handling and transport acceptance standard |
Application review
Send representative products, intended film, required sustained output, changeover pattern, line layout and the acceptance evidence important to your operation. Lancing can then compare the machinery route against the real application.
Application boundaries
Two products in the same sector can require different machinery when their orientation, support, film, heat sensitivity or pack objective changes.
Include projections, sharp edges, unstable bases and format extremes when specifying the film envelope and tunnel support.
Where an individual product needs a continuous longitudinal and cross-sealed pack, compare flow wrapping with the shrink route rather than assuming the processes are interchangeable.
For bottles, cans and cartons, decide whether the group needs a tray, pad or trayless bundle and test stability after full cooling.