Filling machine selection
Compare volumetric, peristaltic, pump, vacuum, weight and auger approaches against product behaviour, fill range, hygiene and pack handling.
Technical resource hub
Use this hub to turn a broad packaging-equipment enquiry into a clear engineering brief. The guides cover individual machine selection, complete-line planning, trials, acceptance, site preparation, cleaning, maintenance and the information needed for a useful quotation.
Packaging machinery is easiest to compare when the project is broken into decisions rather than model names. A production team may first need to choose a dosing principle, confirm whether a closure can be presented automatically, decide how a label must sit on a curved pack, or work out how several machines will exchange products and stop signals. The guides below are organised around those decisions.
Compare volumetric, peristaltic, pump, vacuum, weight and auger approaches against product behaviour, fill range, hygiene and pack handling.
Define the closure, neck finish, application method, torque or sealing requirement, presentation route and container support.
Match container geometry, label construction, application position, web direction, code requirements and presentation standard.
Separate flow wrapping, shrink wrapping, bag sealing, VFFS, sleeve sealing and other film or pouch processes by the pack that must be produced.
Compare operator content, batch flexibility, infeed and discharge handling, changeovers, sustained output and future integration.
Plan transfer heights, direction of travel, accumulation, line balance, controls, permissives, fault recovery and upstream/downstream interfaces.
A useful trial needs representative product, containers, closures, labels or film, a written test sequence and acceptance observations. The guide explains how to prepare samples without assuming that a single short run represents every production condition.
Check access, floor condition, footprint, line height, power, compressed air, extraction, drainage, lighting, guarding clearances and maintenance access before delivery.
Define what will be demonstrated at factory acceptance and what must be repeated after installation. Separate machine functionality from product, pack and line-performance conditions.
Review product-contact parts, access, drain-down, flushing or dry-cleaning needs, change parts, recipes, adjustment points and restart checks before selection.
Build a practical maintenance plan around inspection, cleaning, lubrication, wear parts, critical spares, fault records and safe access rather than waiting for unplanned stoppages.
Use current official guidance, a competent risk assessment and the actual installation to review guarding, interlocks, emergency stops, documentation and duties for supplied and used machinery.
Start with the product and finished pack. Record the normal and difficult operating conditions, every format expected during the project, the required finished-pack output, the available space and utilities, and the machines that must connect. State what will count as acceptable quality: fill result, closure application, label position, seal appearance, code legibility, pack presentation or another measurable outcome. Where precise data is not yet known, identify the uncertainty and arrange a sample review or trial rather than inserting an assumed value.
| Project information | Why it changes the shortlist | Useful evidence |
|---|---|---|
| Product or component | Flow, foaming, particulates, dust, fragility, temperature and cleaning needs affect the mechanism and contact path. | Safety data where relevant, product sample, handling notes and operating temperature. |
| Primary pack | Dimensions, stability, opening, neck finish, material and tolerances affect filling, capping, labelling and transfer. | Representative containers, drawings and the full format range. |
| Closure, label or film | Geometry, stiffness, finish, roll construction, friction and manufacturing variation can determine feeding and application reliability. | Production-quality components from more than one batch where possible. |
| Output and batch pattern | A sustained mixed-format requirement is different from a short single-format demonstration rate. | Normal batch size, changeover frequency, shift pattern and finished-pack target. |
| Line and site | Transfer direction, heights, accumulation, access, utilities and control interfaces affect integration scope. | Dimensioned layout, photographs, utility schedule and interface description. |
For a first review, browse the complete packaging machinery catalogue and the existing packaging machine selection guide. The detailed guides in this hub then help refine the brief for the relevant process.
Survey each transfer, queue condition, pack contact and control interface before choosing a transport or buffer arrangement.
Define data, substrate, print window, verification, pack tracking, rejection and the required response to a failed result.
Collect evidence and separate product, component, setup, transfer, controls and machine-condition causes before changing settings.
Use the broad selection guide to define product, pack, output and integration requirements.
Browse filling, capping, labelling, wrapping, coding, conveying and complete-line machinery.
Understand which application and project variables change the scope of a quotation.
Start with the existing packaging machine selection guide when the overall process is not yet defined. Use the process-specific guide when the task—such as filling, capping or labelling—is already clear.
No. They help define the information and acceptance criteria for a trial. Product behaviour, component tolerances and real pack handling still need to be verified for the proposed machine and configuration.
The core product and pack information is shared, but a complete line also needs transfer heights, direction, accumulation, controls, upstream and downstream interfaces, fault recovery and site-layout information.
A headline rate may not reflect the actual product, dose, container stability, closure feed, label or film, changeovers and downstream restrictions. Define the required acceptable finished-pack rate under named conditions.
Send product and pack details, all expected formats, required output, available utilities and space, the intended level of automation, photographs or a layout of the existing line, and representative samples where available.
Ready to discuss the application?
Send Lancing the product, pack and project information for an application review and tailored quotation.
© Copyright 2025 by Lancing Ltd - all right reserved terms & conditions