Automatic Volumetric 4-Nozzle
Automatic Volumetric 4-Nozzle Filling Machine
Four-nozzle automatic volumetric piston filler for sauces, honey, creams and lotions. Compare fill modules, anti-drip nozzles and line options.
See machine detailsRepresentative filling equipment
Filling machine examples for liquid, paste, powder and specialist products
Use these equipment pages to compare dosing principles, nozzle formats and operating ranges. They are not a substitute for product trials: final performance must be confirmed with the intended formulation, pack, output and line conditions.
Equipment comparison
Representative machines
Each page records source-path imagery, reference specifications, application notes and the project data needed before quotation.
LU-YT6T-6P
LU-YT6T-6P Six-Nozzle Piston Filling Machine
Six-nozzle pneumatic piston filling machine for viscous liquids and pastes including honey, syrup, sauces and gels. Discuss range and configuration.
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LU-SV4P
LU-SV4P Four-Nozzle Servo Paste Filling Machine
Four-head servo piston filling machine for honey, syrup, lotion and cream. Review fill range, bottle limits, accuracy and automatic-line integration.
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LU-RPGT900 / LU-RPG900
LU-RPGT900 Semi-Automatic Rotor Pump Paste Filler
Semi-automatic rotor pump filler for jam, paste, sauces and products with suitable particles. Review 5–5000 ml range, hopper and speed guidance.
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LU-GP261W
LU-GP261W Gear Pump Weigh Filling Machine
Semi-automatic gear-pump filler with weighing control for edible oil, engine oil, hydraulic fluid and compatible viscous liquids. Request a trial.
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LU-DTPP4C
LU-DTPP4C Four-Head Peristaltic Filling Machine
Four-channel peristaltic filling machine for small liquid doses, e-liquid, lotions and clean-change applications. Review flow, tubing and output.
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LU-FM5A
LU-FM5A Automatic Auger Powder Filling Machine
Servo auger powder filler with automatic screw feeder for jars and containers. Review 10–500 g reference range, hopper, utilities and output.
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LU-XAF16
LU-XAF16 Automatic Corrosive Liquid Filling Machine
Automatic PP anti-corrosion filler for compatible acids, alkalis, oxidisers and foaming liquids. Review materials, head count, output and safety.
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LUCF4A
LUCF4A Semi-Automatic Isobaric Can Filling Machine
Four-head counter-pressure can filler with mixer for soda, sparkling drinks and RTD products. Review 330–500 ml formats and 240–400 CPH.
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LU-GT1
LU-GT1 Single-Nozzle Pneumatic Paste Filling Machine
Semi-automatic pneumatic piston filler for gel, shampoo, sauces, honey and viscous liquids. Review 10–5000 ml modules and operator output.
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LU-CL6T
LU-CL6T High-Volume Six-Head Liquid Filling Machine
Six-head servo magnetic-pump filler for 500–5000 ml liquid products. Review 320 L tank, up to 42 bottles/min and automatic-line integration.
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Compare the wider filling range
Liquid filling machines
Specify liquid filling machines for water-like products, oils, detergents, chemicals and beverages. Compare pump, piston, peristaltic and level filling.
See optionsPaste filling machines
Compare piston, servo and rotor-pump paste filling machines for sauces, honey, creams, gels, adhesives and other viscous products in the UK.
See optionsVolumetric filling machines
Compare volumetric filling machines using piston, pump or cup dosing for liquids, pastes, sauces, creams and granules. UK advice from Lancing Ltd.
See optionsPiston filling machines
Piston filling machines for repeatable volumetric dosing of sauces, honey, creams, gels, oils and viscous liquids. Compare pneumatic and servo options.
See optionsPump filling machines
Compare gear, rotor, magnetic, diaphragm and other pump filling machines for oils, detergents, sauces, gels and compatible chemical products.
See optionsPeristaltic filling machines
Peristaltic filling machines for e-liquid, serums, laboratory liquids and small bottles. Compare tubing, flow range, nozzle count and line integration.
See optionsPowder filling machines
Compare powder filling machines using auger, weigh and dosing systems for food, supplement, cosmetic and chemical powders. UK specification advice.
See optionsAuger filling machines
Auger filling machines for powders in jars, bottles, tubs, bags and pouches. Compare screw tooling, feeders, dust control, accuracy and automation.
See optionsWeigh filling machines
Weigh filling machines for oils, liquids, powders and granules. Compare net-weight, pump-and-scale and multihead weighing around accuracy and output.
See optionsCarbonated filling machines
Counter-pressure and isobaric filling machines for soda, sparkling drinks, beer and RTD products. Plan temperature, CO₂, cans, bottles and closing.
See optionsATEX filling machines
ATEX filling machinery for solvents, fuels and flammable liquids. Plan zoning, equipment category, earthing, ventilation, materials and line controls.
See optionsFilling lines
Plan complete filling lines for bottles, jars, cans, pouches and larger containers. Integrate filling, capping, labelling, coding and conveyors.
See optionsReference data and product trials
Nominal outputs, fill ranges and accuracy figures are application-dependent. Product behaviour, dose size, nozzle bore, pack handling, operator workflow, utilities and downstream constraints all influence the final result. The commercial specification and acceptance test take precedence over website data.
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Compare the equipment against your real product and pack
Tell us what you fill, your fill range, container and target output. We will help you narrow the practical machine options before quotation.
Use model examples correctly
Treat each machine card as a route to investigate, not a performance promise
Model pages are useful for understanding possible layouts, dosing principles and levels of automation. They do not remove the need to confirm product suitability, pack handling, utilities, change parts and the conditions behind any reference data.
| Evidence to request | Why it changes the selection | What a useful record contains |
|---|---|---|
| Representative product trial | Flow, foam, particles, stringing, dust and temperature can change fill quality and cycle time. | Product condition, dose, settings, nozzle or tooling, observations and measured results. |
| Pack-handling trial | Container instability or a tight opening can limit nozzle entry and automatic indexing. | Smallest and largest packs, closure route, guide settings, reject causes and change parts. |
| Output basis | An isolated dosing cycle may not equal sustainable filled and closed packs. | Product, dose, pack, run duration, replenishment, operator tasks and connected equipment. |
| Cleaning and changeover method | Access and product recovery affect downtime, cross-contamination risk and staffing. | Parts removed, tools, flush or manual steps, drain points, recipes and restart checks. |
| Scope and battery limits | The filler may depend on tanks, pumps, conveyors, cap equipment, guarding or controls outside the core machine. | Clear inclusion, exclusion and interface schedule covering mechanical, electrical and control responsibilities. |
Shortlist in a controlled sequence
Move from process requirement to model comparison
- 1
Define the application envelope
List every product, dose and pack, then identify the most difficult combination rather than designing around an easy average.
- 2
Choose the likely filling principles
Use the filling technology overview and selection guide to keep viable alternatives open.
- 3
Compare automation levels
Separate the need for repeatable dosing from the need for automatic container handling. The semi-automatic versus automatic guide helps make that boundary explicit.
- 4
Trial the difficult edge cases
Test the products and packs most likely to expose foam, cut-off, dust, stability or changeover limitations.
- 5
Freeze the complete supplied scope
Record product feed, filling, closing, labelling, guarding, controls, documentation, installation and acceptance before final quotation comparison.