Use the published model references to compare head count, dosing method, volume-module family, utilities and test conditions. The figures are not directly interchangeable: every configuration still requires a product-and-pack trial and a final Lancing quotation.
Use this table to identify plausible configurations. Do not compare the published accuracy or speed values as though they were measured with the same product, dose, container or test method.
| Model | Dosing route | Heads | Published volume reference | Published output reference | Published accuracy reference |
|---|---|---|---|---|---|
| LU-GY1C | Pneumatic piston volumetric filling | 1 | 5–100 ml / 10–300 ml / 50–500 ml / 100–1000 ml / 500–3000 ml / 1000–5000 ml (optional) | 10–20 bottles/min | ≤ ±0.5% |
| LUDTHSP2 | Piston volumetric filling | 2 heads; customisable to 4 | 5–100 / 10–300 / 50–500 / 100–1000 / 500–3000 / 1000–5000 ml | Approximately 10–30 bottles/min, dependent on dose and bottle size | ≤ ±1% |
| LU-YT4T-4Y | Four-head piston volumetric filling | 4 | 5–100 / 10–300 / 50–500 / 100–1000 / 500–3000 / 1000–5000 ml | 20–35 bottles/min | ≤ ±1% |
| LU-YT6T-6P | Six-head pneumatic piston volumetric filling | 6 filling nozzles | 5 ml to 5000 ml, configuration dependent | To be confirmed for the actual product, dose, container and line sequence | ±1% reference |
| LU-DTPP4E | Four-channel peristaltic filling | 4; customisable | 10–1000 ml; source notes ≤100 ml for 1 ml setting use | 30–50 bottles/min, dependent on bottle and liquid | ±1% for water |
Each page separates the published specification from the evidence that must be confirmed during application review and testing.
Single-head pneumatic piston filling machine. The LU-GY1C is a Lancing single-head pneumatic piston filler supplied with conveyor handling in the published reference configuration. It is a candidate for liquids and pastes where one measured piston dose, controlled nozzle…
Review the model configurationCompact automatic piston volumetric filling machine. The LUDTHSP2 is a compact conveyorised piston filler published with two filling heads and the option to configure four. It is intended for liquids and pumpable viscous products where a smaller automatic platform, touchscreen…
Review the model configurationFour-head automatic piston liquid filling machine. 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…
Review the model configurationSix-head pneumatic piston filling machine. The LU-YT6T-6P is a six-nozzle pneumatic piston filling configuration for pumpable viscous products and pastes. The first-party reference identifies applications including honey, glue, syrup and ketchup, a configurable 5–5000 ml…
Review the model configurationFour-head peristaltic liquid filling machine. The LU-DTPP4E is a four-channel peristaltic liquid filler in which product is moved through flexible tubing by the pump heads. The published reference provides water-based flow, speed and accuracy data, but the final dose and…
Review the model configurationRecord temperature, viscosity behaviour, aeration, particles, batch preparation and product-supply level. A configuration that works with water is not automatically qualified for oil, shampoo, honey or paste.
Published module families describe available options. The trial must use the actual cylinder or tubing arrangement and prove the lowest and highest required fills.
Retain head identity and sequence number so calibration bias, feed restriction and nozzle differences are not hidden by an overall average.
Include product draw, discharge, nozzle motion, bottle indexing, replenishment and downstream clearance. Do not convert head count into a theoretical output without the complete cycle.
Define target, tolerance, sample size, measurement instrument, start-up treatment, stop/restart checks and what happens after a changeover.
The source pages describe reference configurations. The quotation must confirm the actual machine build, options, utilities, guards, controls, installation and documentation.
The model pages paraphrase current first-party information and add application-specific qualification guidance.
Send the product, dose range, container, target output, utilities and line scope so Lancing can identify the configurations worth testing.
