Liquid fillers
Filling systems for free-flowing liquids, foamy products and high-value small doses.
View productsFilling machinery guide
Choose the right liquid filling machine.
The best filler depends on viscosity, foaming, solids, container size, fill accuracy, hygiene, hazardous area classification and required output.
Filling methods
Matching the filling method to the product.
Use this as a starting point. Lancing can review samples and containers to confirm the final configuration.
| Peristaltic filling | High-value, hygienic or small-dose liquids where the product should only contact tubing. Essential oils, fragrance, lab liquids, small bottles |
|---|---|
| Piston / volumetric filling | Accurate measured doses for low-to-high viscosity products. Sauces, creams, shampoo, gels, honey |
| Gear pump filling | Fast, controllable liquid filling for oils and thicker liquids. Lubricants, edible oils, detergents |
| Diaphragm pump filling | Foamy or viscous liquids requiring a robust pump system. Shampoo, detergents, gels |
| Weigh filling | Large-volume containers or products where weight control is preferred. Buckets, jerrycans, oils, chemicals |
| Counter-pressure filling | Carbonated liquids that need pressure maintained during filling. Beer, sparkling drinks, soda, RTD cans |
| ATEX / hazardous filling | Flammable solvents or zoned environments requiring appropriate risk assessment. Solvents, alcohol bases, perfumes |
Range
From benchtop filling to full production lines.
Paste & viscous fillers
Piston, rotor-lobe and heated hopper options for creams, sauces, gels and adhesives.
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Automatic filling lines
Integrated conveyors, sensors, HMI controls and multi-head filling for production throughput.
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Semi-automatic fillers
Accurate, cost-effective systems for growing production without full line automation.
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Compact tabletop machines
Space-saving peristaltic and volumetric fillers for small batches and frequent changeover.
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ATEX & chemical filling
Material compatibility and hazardous area considerations for solvents and aggressive liquids.
View productsLine integration
Filling, capping, labelling and packaging as one joined-up system.
Lancing can supply filling machinery as standalone equipment or as part of a complete line with conveyors, rinsing, feeding, capping, labelling, coding, sealing, shrink wrapping and end-of-line packing.
This approach gives one specification process, more consistent line speed planning and fewer integration issues during installation.
FAQ
Liquid filling machinery questions.
Do I need a semi-automatic or automatic filling machine?
Semi-automatic filling suits lower volumes, frequent changeovers and controlled budgets. Automatic filling is usually preferred when throughput, labour reduction and line consistency are priorities.
Can one machine fill multiple bottle sizes?
Many machines can be adjusted for several containers and fill volumes. The correct answer depends on the bottle dimensions, fill range and changeover requirements.
Can Lancing supply capping and labelling with the filler?
Yes. Lancing supplies filling, capping, labelling and packaging systems, from standalone machines to complete automated lines.
Can you handle corrosive or flammable liquids?
Corrosive products require compatible wetted parts. Flammable products may require ATEX or hazardous-area review. Share the SDS and site information before specification.
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.
From liquid sample to line acceptance
Define the complete dosing sequence and the conditions used to prove it.
A filling machine is a controlled sequence: product is supplied to the metering device, measured or displaced, delivered through a nozzle and stopped cleanly while a container is held in the correct position. Variation can enter at every stage. Feed pressure, air pockets, temperature, valve response, nozzle shut-off and container movement can all affect the finished pack even when the programmed dose has not changed.
A useful specification therefore records the full process and the method of acceptance. It should say how product reaches the machine, how containers arrive, what the nozzle does during the fill, how the dose is checked and what happens during a fault or product change. This makes technology comparisons more meaningful and creates a clear basis for a sample trial or factory acceptance test.
Product supply and priming
State whether product comes from a hopper, vessel, drum, IBC or pumped ring main. Suction lift, hose diameter, head pressure, agitation and refill method can change flow and introduce air. Priming and low-product behaviour should be part of the operating sequence.
Nozzle and container control
The nozzle may remain above the neck, dive before filling or follow the rising liquid level. The correct method depends on foam, splash, stringing and pack geometry. Bottle presence, no-bottle-no-fill logic and anti-collision arrangements should be confirmed.
Measurement and acceptance
Agree whether fills are checked by calibrated scales, volume or visible level, and define sample size, warm-up, product temperature and permitted variation. Record start-up, steady production and end-of-batch behaviour separately where they differ.
Specification and trial evidence
Engineering conditions that should be fixed before a performance test.
Without shared test conditions, two fillers can appear different when the real difference is product state, feed pressure or measurement method.
| Selection point | What to define or test | Why it matters |
|---|---|---|
| Product condition | Identity, batch, temperature, viscosity, density, agitation and time since mixing | Keeps the liquid entering each test comparable. |
| Product feed | Source vessel, level, hose route, pressure, pump assistance and refill point | Controls suction conditions and prevents unrecorded head-pressure changes. |
| Dose setup | Target, recipe, pump speed or piston setting, acceleration profile and nozzle timing | Provides a repeatable machine configuration and traceable adjustments. |
| Container sample | Production pack, neck variation, tare where weighing, and agreed presentation method | Prevents laboratory packs or manual positioning masking handling issues. |
| Measurement | Instrument, calibration status, density conversion if used, sample count and calculation method | Separates measurement uncertainty from machine variation. |
| Output result | Good packs, rejects, stoppages, refill time, cleaning and changeover within the stated period | Shows usable production rather than theoretical filling cycles. |
Buyer questions
Questions to resolve before the specification is fixed.
What is the difference between accuracy and repeatability?
Accuracy describes closeness to the agreed target; repeatability describes how tightly repeated fills group together. A machine may repeat consistently but require calibration to move the average onto target. Both should be measured using an agreed instrument and sample method.
Why does product temperature matter?
Temperature can alter viscosity, density, surface tension and foaming. It can therefore change pump load, flow rate, drip behaviour and a volume-to-weight conversion. Record the normal and worst-case filling temperatures.
What causes dripping after the fill?
Residual pressure, product elasticity, nozzle geometry, valve response, stringing and pump deceleration can all contribute. Shut-off valves, suck-back, controlled deceleration or a different nozzle can help, but the product should be trialled.
How is foaming reduced?
Common approaches include lower initial flow, bottom-up filling, keeping the nozzle below the liquid surface, suitable nozzle diameter and reducing air entering the product supply. The best profile depends on the actual liquid and pack.
How should cleaning be specified?
Identify what must be removed, the cleaning agent and temperature, required disassembly, acceptable residual product, rinse verification and changeover time. A hygienic requirement should be translated into an observable procedure.
Can line speed be guaranteed from a pump rate?
Not reliably. Pump rate is only one part of the cycle. Indexing, nozzle movement, fill volume, container spacing, capping, labelling, faults and replenishment all affect good finished output.