Liquid filling machines
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Model LU-CL6T
LU-CL6T High-Volume Six-Head Liquid Filling Machine
The LU-CL6T is a six-head automatic liquid filler for larger doses and higher-flow applications. Independent servo-driven magnetic pumps, a large storage tank and servo nozzle lift support controlled filling of compatible liquids into bottles and containers from 500 ml upward.
Published figures are application-dependent reference data and must be confirmed during specification or product trials.
Typical duties
Applications
- Detergents and cleaning liquids
- Food-grade oils and liquid foods
- Cosmetic and personal-care liquids
- Compatible chemicals in 500 ml to 5 L packs
Machine format
Key features
- Six independent servo magnetic pumps
- 320 L product storage tank
- Automatic level detection
- Servo-controlled nozzle lift and drip tray
- PLC recipe and conveyor control
Reference specification
Machine data
| Model | LU-CL6T |
|---|---|
| Filling range | 500–5000 ml |
| Filling heads | 6, 8 mm reference nozzle size |
| Pump | 45 L/min magnetic pump, servo driven |
| Indicative capacity | Up to 42 bottles/min at 500 ml |
| Indicative accuracy | Up to ±1% |
| Reference footprint | 2615 × 1621 × 2153 mm |
Selection note
What must be confirmed
Check pump compatibility, liquid viscosity, foaming, tank agitation, fill temperature and cleaning. The source speed is a reference point at 500 ml; the final line rate must include bottle handling, capping, labelling and changeovers.
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Automatic filling machines
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Plan complete filling lines for bottles, jars, cans, pouches and larger containers. Integrate filling, capping, labelling, coding and conveyors.
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LU-CL6T questions
What products suit the LU-CL6T?
The machine is normally shortlisted for detergents and cleaning liquids, food-grade oils and liquid foods, cosmetic and personal-care liquids. Final suitability depends on product behaviour, materials compatibility, fill range and the intended container.
Is the published output guaranteed for the LU-CL6T?
No. Published figures are reference conditions. Real throughput depends on product viscosity or flow, dose size, container handling, operator workflow, changeovers and downstream equipment.
Can this machine be integrated into a filling line?
Integration can be assessed with conveyors, container handling, capping, labelling, coding, sealing and accumulation. The control and layout scope should be agreed before order.
What should I send for a quotation?
Send the product data, fill volumes, container samples or drawings, target output, utilities, cleaning method, available footprint and details of any upstream or downstream machinery.
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Discuss the LU-CL6T and alternative filling routes
Tell us what you fill, your fill range, container and target output. We will help you narrow the practical machine options before quotation.
Application verification
Verify sustained liquid supply and six-head consistency
A multi-head high-volume liquid application depends on the bulk source, common manifold, nozzle cut-off and the ability of the container line to present each pack consistently. Reference output should therefore be qualified with the actual product, dose and complete line.
| Trial focus | What to observe | Why it matters |
|---|---|---|
| Bulk feed and refill | Product level, feed pressure, temperature, bubbles and recovery after replenishment. | Shared feed variation can affect all six heads. |
| Head-specific quantity | Sequential results by head before and after normal pauses or refill. | An overall average can conceal one local difference. |
| Cut-off and transfer | Drips, splash, neck cleanliness, container stability and downstream acceleration. | Good quantity does not guarantee acceptable finished packs. |
| Sustained line run | Upstream supply, accumulation, downstream blocking and operator tasks. | Establishes accepted-pack output rather than isolated cycles. |
Where the product foams or density changes, also review foaming-liquid control and volumetric versus gravimetric acceptance. Record every reference condition in the final quotation and test protocol.