Four piston heads
Four doses can be delivered during an indexing cycle, subject to matched refill, settings and nozzle behaviour across every head.
Published Lancing configuration
LU-YTGt-4PX four-head piston paste filling machine.
A four-head automatic piston filling configuration with a large hopper, transfer feed and conveyorised pack handling. The published data provides a starting point for a timed product-and-pack acceptance test.
Direct answer
What is the LU-YTGt-4PX paste filling machine?
The LU-YTGt-4PX is a Lancing four-head piston paste filler published with a 160 L hopper and product-feed pump. It is intended as an automatic, multi-head route for higher-output viscous filling where product supply, four dosing paths, container indexing and downstream clearance can work as one line.
Large product supply
The published configuration includes a 160 L hopper and feeding pump. Residence time, replenishment, temperature and mixing still need review.
Broad module family
Published fill options cover 5–100 ml through 1000–5000 ml using selected piston modules.
Line acceptance
Accepted output must include container indexing, fill, cut-off, discharge, downstream flow, stops and recovery.
Published reference specification
Validate all four product paths under production conditions.
| Parameter | Published reference | Application condition to confirm |
|---|---|---|
| Model | LU-YTGt-4PX | Quoted build, options and document revision. |
| Dosing method | Four-head piston pump; head count described as customisable | Final head count, cylinder matching, valve/nozzle set and controls. |
| Product supply | 160 L hopper and feeding pump in the published configuration | Upstream source, level control, product residence, temperature, agitation and end-of-batch behaviour. |
| Fill-volume options | 5–100, 10–300, 50–500, 100–1000, 300–3000 and 1000–5000 ml | Selected modules, SKU coverage, change parts and repeatability across all heads. |
| Reference output | 20–50 bottles/min | Product, dose, active heads, indexing, container handling, line stops and accepted-pack definition. |
| Published accuracy | < ±1% | Product conditions, target dose, measuring method, sample size, head-to-head balance and acceptance rule. |
| Electrical supply | 220 V / 110 V, 50–60 Hz; 2 kW | Final supply, protection and connected options. |
| Compressed air | 0.5–0.7 MPa | Required flow, quality, pressure stability, connection and isolation. |
| Published machine size | Approx. 975 × 1020 × 2010 mm; approx. 329 kg | Approved layout, service access, guarding, product feed and transport route. |
Source: official Lancing LU-YTGt-4PX machine listing. The approved quotation, drawings and acceptance protocol should control the final project.
Where it may fit
Use a four-head route when the complete line can support grouped filling cycles.
The configuration may suit higher-output sauces, creams, gels, honey and compatible industrial pastes where multiple cylinders can refill consistently and container groups can be indexed repeatably. A faster filler does not improve accepted output if product supply, capping, labelling or packing remains the limiting stage.
Compare the automatic paste filling route, the integration guide and the FAT guide.
Head-to-head evidence
Do not average away an individual-head problem.
- Identify every result by filling head.
- Compare cylinder refill and cut-off behaviour.
- Check nozzle height and container alignment.
- Record startup and restart fills separately.
- Define adjustment and recheck rules.
- Time accepted output through the complete line.
Buyer questions
Questions to close before specifying the LU-YTGt-4PX.
Is 20–50 bottles per minute guaranteed for every product?
No. It is a published reference range. Actual accepted output depends on product refill, fill volume, container indexing, nozzle cut-off, head count, downstream capacity and the agreed definition of an acceptable pack.
Why does the hopper and feeding pump need its own trial?
The feed system can alter pressure, aeration, shear, temperature, settling and end-of-batch recovery. The dosing cylinders cannot remain consistent if the supply condition changes across the run.
How should four-head accuracy be assessed?
Measure sequential fills from each head at the agreed target and product condition. Report head-to-head bias and repeatability separately before calculating a combined result.
What line data is needed for quotation?
Provide container drawings and samples, closure and labelling sequence, upstream product source, target accepted output, available space, utilities, accumulation needs and the required FAT and SAT evidence.
Check the LU-YTGt-4PX against your complete line.
Send product, pack, fill range, line layout and output target for a controlled configuration review.