Maintain product supply
The storage tank and level controls must keep the pumps supplied without adding avoidable air, foam or pressure variation.
Verified Lancing machine
LU-CL6T High-Volume Bottle Filling Machine
The LU-CL6T is a six-head automatic liquid filling machine with servo-driven magnetic pumps, designed around 500–5000ml fills. Final output, bottle compatibility, product contact parts and utilities are confirmed against the real application.
Direct answer
What is the LU-CL6T used for?
The Lancing LU-CL6T is an automatic, conveyor-fed liquid bottle filler for projects requiring several filling heads and a multi-litre dose range. Six independent servo-driven magnetic pumps meter product to six nozzles. The reference machine covers 500–5000ml, but suitability must be confirmed with the actual liquid, bottle, production rate and cleaning requirement.
Where this model can fit
- Automatic filling of suitable free-flowing and pumpable liquids
- Bottle ranges that fall within the verified reference envelope
- Projects needing independent head control and conveyor integration
- Lines that may later connect to capping, coding, labelling or accumulation
What still needs confirming
- Product compatibility, viscosity, foam, aeration and temperature
- Bottle neck access, stability, material and closure sequence
- Required good output at the actual fill volume
- Cleaning method, utilities, guarding and downstream interfaces
First-party reference: The model data below is taken from the current Lancing LU-CL6T machine page. It is reference information, not a substitute for an agreed quotation, product trial and final specification.
Verified reference data
LU-CL6T reference specification
These figures describe the published reference configuration. Options, real product behaviour and the complete line can change the final result.
| Item | Published reference | Project check |
|---|---|---|
| Model | LU-CL6T | Confirm the exact quoted revision and selected options. |
| Filling range | 500–5000ml | Trial the minimum, normal and maximum required doses. |
| Filling heads | Six, with published 8mm head size | Check neck opening, spacing and product flow. |
| Filling pumps | Six servo-driven magnetic pumps | Confirm wetted-part compatibility and actual liquid performance. |
| Reference capacity | Maximum 42 bottles/min at 500ml | Do not apply this figure to another dose or product without a timed trial. |
| Bottle envelope | Height up to 330mm; diameter up to 110mm | Send every bottle variant, including the least stable pack. |
| Storage tank | 320 litres | Review refill method, usable volume, level control and cleaning. |
| Machine size | 2615 × 1621 × 2153mm | Allow for access, services, guarding and line interfaces. |
| Machine weight | 752kg | Confirm floor and handling arrangements with the final layout. |
Operating sequence
How the LU-CL6T filling cycle is planned
The automatic cycle depends on coordinated product supply, bottle positioning, independent dosing and clean release to the next station.
Position six bottles
The conveyor, bottle stop and guides present a stable group beneath the nozzles. The least stable bottle should be tested.
Lower and fill
Servo-controlled lifting positions the filling heads. Each magnetic pump meters its channel using the agreed recipe and fill profile.
Withdraw and release
The nozzles retract, the drip-control arrangement protects the bottle finish, and filled bottles move to the next operation.
Why independent head control matters
Independent pump channels allow each filling position to be adjusted during commissioning. This can help compensate for measured channel differences, but it does not remove the need for a controlled product supply, a stable bottle and an agreed verification method.
Quantity acceptance should state whether the project is checked by mass, volume or another agreed method. Visible fill level should be assessed separately because bottle geometry and manufacturing variation can affect the apparent level.
Trial and acceptance
Evidence needed before the LU-CL6T is specified
A useful test should reproduce the product, bottle and operating conditions that determine real output and presentation.
Product
Use representative liquid
Provide normal and worst-case viscosity, temperature, foam, aeration, particles, corrosivity and cleaning information.
Bottle
Test every critical format
Include minimum and maximum bottles, different necks, light or flexible packs and the closure intended for the next station.
Acceptance
Define good output
Agree start-up, steady running, stops, restarts, quantity checks, bottle cleanliness and the number of acceptable finished bottles.
Buyer questions
Questions about the LU-CL6T
These answers explain how to use the published model data without treating it as a universal performance guarantee.
What products can the LU-CL6T fill?
The LU-CL6T should be considered for liquids that can be supplied consistently to its magnetic pumps and nozzles. Product chemistry, viscosity, temperature, foam, particles and wetted-part compatibility must be checked before the model is confirmed.
Can the LU-CL6T fill five-litre bottles?
Yes, five litres is within the published 500–5000ml reference range. The bottle must also fit the height and diameter envelope, remain stable on the conveyor and provide enough neck access for the selected nozzle.
Will the machine always run at 42 bottles per minute?
No. The published maximum is referenced at 500ml. Actual good output depends on the liquid, dose, bottle indexing, nozzle movement, settling time, stops, restarts and downstream equipment. A timed trial is required for the project rate.
How should LU-CL6T fill consistency be accepted?
Agree the measurement method, sample size, product condition and allowable result before testing. Quantity, visible fill level, neck cleanliness and good-output rate should be recorded as separate acceptance criteria.
Can the LU-CL6T be integrated into a complete line?
Yes. The conveyorised filler can be planned with bottle infeed, capping, sealing, coding, labelling, inspection and accumulation. Control interfaces and line balance should be included in the scope rather than added after machine selection.
What should be sent for an LU-CL6T quotation?
Send product data, representative liquid, every bottle and closure, fill range, required good output, batch pattern, cleaning method, site utilities, available space and the intended upstream and downstream equipment.
Check the LU-CL6T against the real product and bottle.
Send the liquid, bottle set, fill range, target good output and line scope for a configuration review.