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Liquid filling machines and specialist fillers.

Browse automatic, semi-automatic, compact, ATEX, paste, chemical and counter-pressure filling machinery.

Liquid Filling Machinery product image

Liquid filling machines

Liquid Filling Machinery

Liquid filling machines configured for free-flowing, foamy, corrosive, hygienic or high-value liquids in bottles, vials, jerrycans and…

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Automatic Paste Filling Machine product image

Paste and viscous filling machines

Automatic Paste Filling Machine

Six‑nozzle automatic piston filler for viscous products like cream, pesto or béchamel. Select a cylinder module (5–100 to 1000–5000 ml)…

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Paste Filling Machinery product image

Paste and viscous filling machines

Paste Filling Machinery

Paste and viscous liquid filling machinery for creams, gels, sauces, honey, cosmetics, adhesives and thick household products.

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Roto Lube Filling Machine product image

Specialist filling machines

Roto Lube Filling Machine

The Roto Lube pump filling machine has advantage of high accuracy when filling thick liquid or paste like jam,noodle pulp,meat…

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Speak to Lancing

Need help choosing the right filling machine?

Tell us the product, fill volume, container and output target. We will recommend a suitable semi-automatic, compact or fully automatic configuration.

Call 01494 623015 Email sales@lancinguk.com

Compare the machinery by process

Use product behaviour and pack handling to narrow the filling-machine range.

The product catalogue covers several metering principles because no single liquid filler is best for every application. A machine that performs well with a clean, free-flowing oil may not be the right choice for an aerated detergent, a viscous cream, a product containing particles or a solvent handled in a classified area. The first comparison should therefore be based on how the product moves, how it must be cleaned and how the container is presented.

The categories below are a practical route into the range. Final selection should include the actual liquid, containers, closures and required line output. Where one project includes filling, capping and labelling, the transfer and control strategy should be assessed as one system rather than as independent machines.

Metering principle

Peristaltic, piston, gear-pump, diaphragm, gravity, flow-meter and weight systems measure or control product in different ways. Compare them against viscosity, dose range, particles, shear sensitivity, hygiene and the required evidence of fill performance.

Production format

Semi-automatic machinery can suit varied short runs and manual pack presentation. Compact inline systems provide a smaller automated work cell. Fully automatic multi-head equipment supports continuous container transport and integration with other line operations.

Pack and nozzle arrangement

Container opening, shoulder shape, rigidity and stability affect nozzle access and handling. Foaming or stringing products may require diving nozzles, controlled acceleration, shut-off valves or suck-back. Trial the most difficult pack at the intended fill level.

Specification and trial evidence

A practical starting matrix for the product range.

This matrix is qualitative. Actual suitability and output must be confirmed under representative product and pack conditions.

Selection pointWhat to define or testWhy it matters
Small, clean liquid dosesPeristaltic filling is often considered where product isolation in replaceable tubing and controlled small-volume dosing are useful.Check tube material, tube life, product temperature, suction lift and any bubbles entering the line.
Viscous liquids and pastesPiston volumetric or rotor-lobe routes may be considered where positive displacement and larger product passages are important.Check particle size, valve geometry, hopper or feed pressure, temperature and clean-down access.
Oils and free-flowing chemicalsGear-pump, diaphragm, gravity, flow-meter or weight filling may be appropriate depending on pack size and chemical compatibility.Confirm lubrication properties, seals, flow stability, foaming, density and whether dry running can occur.
Foaming productsControlled flow, bottom-up nozzle movement or level/overflow methods may reduce air entrainment and foam generation.Trial the intended fill rate and nozzle immersion profile; a slower stable fill can produce more good packs than a fast foaming cycle.
Large containersWeight or high-flow pump filling can suit pails, buckets and jerrycans where handling and final mass are central.Include tare variation, platform stability, container removal, splash control and safe full-pack handling.
Flammable or aggressive liquidsMaterial compatibility and hazardous-area obligations must be established before a machine is selected.Supply the SDS, zoning/classification information, site standards and details of all connected equipment.

Buyer questions

Questions to resolve before the specification is fixed.

Why are there several types of liquid filling machine?

Different liquids create different metering, sealing, cleaning and handling demands. The range allows the dosing method to be matched to product behaviour rather than forcing every application through one pump or valve design.

Should I start with the product or the bottle?

Start with both. The product determines how it can be moved and measured; the bottle determines nozzle access, sensing, stability and line handling. A viable system must satisfy both sets of constraints.

How do I compare automatic and semi-automatic models?

Compare good output per shift, operator tasks, changeover frequency, cleaning time, container handling and integration needs. Automatic operation is not automatically better for a varied, low-volume production schedule.

Can a machine be tested before final specification?

A representative trial is valuable where viscosity, foaming, particles, stringing, small dose accuracy or container instability creates uncertainty. The trial should use agreed acceptance criteria and realistic samples.

What information is needed for a quotation?

Send the product and SDS where relevant, fill range, container and closure samples or drawings, required output, utilities, cleaning approach and any capping, labelling or coding requirements.

Do catalogue specifications apply to every liquid?

No. Published ranges and cycle figures need to be interpreted under stated test conditions. Product viscosity, feed conditions, nozzle size, fill volume and container movement can materially change actual performance.

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