Independent heads
Calibrate and sample each nozzle separately. Independent adjustment helps balance heads, but it also means head identity must be retained in the acceptance record.
Lancing model configuration
LU-YT4T-4Y four-head liquid filling machine for inline production.
The LU-YT4T-4Y is a four-nozzle piston filling configuration for conveyor-fed liquid production. The published reference covers products such as shampoo, engine oil and milk, with independently controlled filling heads and integration with capping and labelling. Every product example remains subject to wetted-path, hygiene, nozzle and acceptance testing.
LU-YT4T-4YFour headsInline pistonLiquid filling
Published reference data
Reference specification for the LU-YT4T-4Y configuration.
The table below paraphrases current first-party Lancing information. It is a starting point for a product-and-pack trial, not an unconditional performance guarantee.
| Specification item | Published reference |
|---|---|
| Dosing method | Four-head piston volumetric filling |
| Published head count | 4 filling nozzles |
| Published filling range | 5–100 / 10–300 / 50–500 / 100–1000 / 500–3000 / 1000–5000 ml |
| Published working speed | 20–35 bottles/min |
| Published filling accuracy | ≤ ±1% |
| Power supply | 110/220 V, 50–60 Hz |
| Power | 800 W |
| Air pressure | 0.5–0.7 MPa |
| Air connector | Φ10 mm |
| Reference conveyor length | 2050 mm standard; 3050 mm wider version |
| Reference conveyor material | Plastic standard; stainless steel custom option |
Source and qualification
Reference data is based on the Lancing UK LU-YT4T-4Y source page. Final construction, utilities, output and acceptance criteria must be confirmed in the Lancing quotation and trial record for the actual product and container.
Selection checks
How to turn the published configuration into a project specification.
Use the reference values to frame the trial, then prove the complete dosing and line sequence under controlled production conditions.
Product range
The cited examples span food, cosmetic and industrial liquids. Confirm chemical compatibility, hygiene, viscosity, foam, particles and cleaning for each real formulation.
Bottle handling
Check bottle diameter, height, neck opening, stability, pitch and sensor response. Conveyor length alone does not define accumulation or downstream clearance.
Line controls
Agree stop, starve, block, capper and labeller signals so the four-head station restarts without double filling or releasing unfilled bottles.
Application fit
Applications to assess with the real product and pack.
The following are practical shortlist routes, not blanket suitability claims.
- Shampoo and personal-care liquids where four piston heads suit product and clean-down needs
- Engine oils and lubricating liquids after seal and contact-material review
- Milk or food liquids only where the full hygienic specification is approved
- Integrated bottle lines requiring filling, capping, labelling and coding interfaces
Buyer questions
Questions to answer before ordering the LU-YT4T-4Y.
These checks connect the published machine reference to the actual process.
How is the LU-YT4T-4Y different from a single-head piston filler?
The LU-YT4T-4Y fills through four independently controlled nozzles on a conveyorised platform. That can increase output, but it also requires balanced product feed, bottle indexing, head-specific calibration and downstream clearance that a simple single-head station may not need.
Can the LU-YT4T-4Y use one cylinder module for all SKUs?
Only if the selected module gives a practical stroke and repeatable result across the full approved dose range. Where minimum and maximum fills are widely separated, compare module changes or another configuration rather than forcing one cylinder to its extremes.
What does the 20–35 bottles/min reference mean?
It is a published machine reference, not a universal line guarantee. Accepted output depends on dose, product draw and discharge time, head count, container indexing, nozzle movement, product supply and the slowest downstream process.
How should four-head accuracy be assessed?
Measure consecutive fills from every head using the agreed method and retain the result against its nozzle identity. Compare each head’s process centre and spread before pooling results, then repeat after a stop, replenishment and normal restart.
What should be confirmed before connecting a capper or labeller?
Confirm conveyor height and direction, bottle pitch, transfer stability, accumulation, interlocks, fault states, guarding, controls ownership and the treatment of missing caps, labels or downstream blockage.
Related guidance
Continue the machine and trial review.
Automatic filling linesContinue the specification with the relevant technical guideMulti-head piston fillersContinue the specification with the relevant technical guideFour-head balancingContinue the specification with the relevant technical guideFilling line integrationContinue the specification with the relevant technical guide
Check this configuration with your product and container.
Send the product, fill range, pack dimensions, target output, utilities and integration requirements for a Lancing shortlist and trial plan.