Rinsing, filling, powder filling, capping, labelling and shrinkwrapping machinery for UK production lines.
Start your packaging automation project with the stage that limits production: rinsing, filling, powder dosing, capping, labelling, sealing or product transfer. Lancing can compare a standalone machine upgrade with a connected line, using your product, pack formats and operating requirements.
From early machine selection through installation, commissioning, training, spare parts and service support, the focus is practical equipment that fits your product and production process.
Choose equipment around product viscosity, pack format, closure type, target speed and operator workflow.
Integrate machinery into production lines with handover support and practical training.
Source spare parts and maintenance support to keep production moving.
Improve filling, capping, labelling, coding, conveying and end-of-line handling as demand grows.
Send your product, pack format, target output and site details. Lancing UK will advise on suitable machinery and options.
Contact usOur Product Range
Liquids, pastes, powders, carbonated products, weight filling and sachet or VFFS applications.
Screw, pump, trigger, ROPP, crimp, crown, press-on, vacuum and T-cork capping solutions.
Round, flat, shaped container, top, side, wrap-around, sleeve and print/apply labelling.
Induction sealing, foil sealing, band sealers, vacuum sealing, case tapers and packing equipment.
Bottle rinsing, feeders, unscrambling, cap feeders, infeed and rotary outfeed equipment.
Conveyors, accumulation, compact lines, automatic lines and complete end-of-line automation.
Contact Us
Unit 5A Jefferson Way
Thame, Oxfordshire OX9 3SZ
Choosing machinery around the complete packing process
Automation Machinery is structured around the way manufacturers normally specify packaging projects: product, container, closure, label, pack format, available space and operator workflow. A filling machine, capping machine or labelling machine can be supplied as a stand-alone unit, but the strongest projects usually consider feeding, conveying, guarding, coding, sealing, packing and service access at the same time.
For early enquiries, Lancing will usually need sample containers or packs, the product to be handled, target fill volume or pack size, closure or label details, available utilities, current manual process details and the planned output requirement. Where the application involves multiple operations, it is useful to separate the line into rinsing and feeding, filling, capping, labelling, sealing, conveying and end-of-line packing so that each stage can be specified without creating restrictions for the next.
Use the category pages below to compare the main equipment families, or use the packaging machinery selector to prepare a practical enquiry before sending samples or drawings.
A practical engineering brief for packaging automation projects
A useful packaging machinery specification begins with the items that must pass through the process. Product behaviour affects filling and cleaning; the container controls how it can be fed, supported and conveyed; the closure determines cap presentation and tightening; and the label, film or seal sets the handling required after the container has been closed. Defining those interfaces first makes it easier to choose the correct automation level without forcing one machine to compensate for an unsuitable upstream or downstream stage.
The project brief should record every format that is expected at launch, together with likely future formats. For each one, identify the product-contact materials, container dimensions and stability, closure or seal, label position, coding requirement and finished-pack route. It is also useful to document the current manual method, the reason for automating it and the checks that operators already make. This separates genuine production requirements from assumptions based only on a catalogue speed or a photograph.
Joined-up packaging automation depends on controlled transfer between operations. Bottle spacing, conveyor height, guide-rail position, accumulation, sensor locations, reject handling and emergency-stop interfaces should be considered alongside the filling, capping and labelling functions. Where containers are light, unstable, tapered or easily marked, the transfer method can be as important as the principal machine. The same applies to powders that dust, liquids that foam, closures that need orientation and labels that require a clean, dry surface.
Use the packaging machinery selector to structure the first enquiry, review the machinery catalogue by process stage and include installation, commissioning and support in the project scope. Projects centred on a complete multi-machine line can also be reviewed against the dedicated planning information at Packaging Lines UK, while this site remains the broad catalogue and machinery-selection resource.
New technical routes for buyers preparing a machinery enquiry
The machinery catalogue can now be approached in three additional ways. The packaging automation guides explain specification, automation level, integration, trials, site preparation, cost factors and lifecycle support. The industry pages focus on food and beverage, cosmetics, chemical and household products, and contract packing. The application pages connect bottles, jars, tubs, pouches, powders and granules to the relevant machinery stages.
These routes help production and engineering teams prepare evidence before selecting a model. They do not replace an application review: real product and packaging samples, site information and measurable acceptance criteria remain the basis for confirming suitability.
If the machine type is clear, use the product categories. If the production problem is broader, use the machine selector or technical guides to define the complete process before requesting a quotation.
Direct answers to the decisions that shape a practical filling, capping, labelling, sealing or conveying project.
A packaging automation project should start with the product, every pack format and the required finished-pack checks—not with a machine model. Define the current method, expected campaign pattern, acceptable manual tasks, target output, available space and utilities before comparing equipment.
Filling, capping and labelling machinery can be specified as one line when the container, closure, label and control interfaces are considered together. The practical line output is governed by the slowest sustainable operation, transfer stability and the response to stops—not simply the headline speed of one machine.
Representative production product, containers, closures, labels, films or pouches are normally needed because dimensions alone do not show flexibility, surface behaviour, foaming, flow, cap engagement or sealing response. Include difficult and supplier-tolerance variants rather than only ideal samples.
Compare proposals against one written requirement set covering scope boundaries, formats, interfaces, utilities, guarding, documentation, testing, training and acceptance evidence. A lower machine price may exclude feeders, conveyors, coding, change parts or site work that another proposal includes.
A packaging machinery service contract should name the machines, support hours and service activities covered. Planned maintenance, fault diagnosis, engineer attendance and parts supply are different needs. Before choosing a tier, identify the machines that stop the whole line when unavailable and the information needed to diagnose them. The service-contract guide includes a coverage schedule and practical scenarios for comparing proposals against the same installed equipment.
A useful automation brief connects each product to the complete pack it must become. List the container or pouch, fill quantity, closure, label and final presentation for every current job. Mark the combinations that run most often and the ones that create the greatest difficulty. This lets the machinery shortlist follow the real work mix rather than a collection of separate catalogue specifications.
Use that matrix to distinguish a common process from an exception. Two products may share a bottle but need different filling or cleaning arrangements; two containers may look similar but require different closure presentation. Keep those differences visible so the proposed change parts, operating method and acceptance checks can be compared across the whole brief.
Plan the operator’s role alongside the machine sequence. Record what is loaded, replenished, checked and removed at each stage. Then consider whether a standalone machine, linked cell or complete line solves the observed constraint. Include the work that remains manual so an automation proposal can be assessed against accepted production output and the practical changeover schedule.
It exposes shared requirements and exceptions across the production work, making it easier to compare equipment scope and changeover needs.
A phased project can be assessed, provided the interfaces and remaining operator tasks are defined in the wider process.
A shrink sleeve label follows a container profile; a capsule shrinks around a neck; a film overwrap encloses an item; and a bundled multipack holds a group together. These are different processes even when each uses heat. Choose the required finished format before comparing the machines in this range. A bottle-handle applicator is a separate handling stage and does not replace a wrapper or shrink tunnel.
Record the smallest and largest product dimensions, the proposed collation, any tray and the position of graphics or barcodes. State whether the film must enclose the ends, leave openings or follow a shaped container. Include pack orientation and support through the seal and tunnel: a loose group can lose alignment before the film has tightened.
Film construction, seal arrangement, aperture and conveyor support must suit the actual pack. Examine the cooled result for damaged packaging, moved labels, unstable grouping or poor seals as well as appearance. Product temperature limits and film suitability require application review; increasing heat is not a general remedy for every poor finish.
Compare candidate configurations using the same product, film and accepted-pack criteria. Record replenishment, changeover and handling tasks alongside accepted output. Explain the route into and out of the machine, then use the full shrinkwrapping category or send the pack specification to narrow the options. Listed equipment is a starting point for assessment rather than a guarantee for an untested pack.
