Verified Lancing model comparison
A model number is a starting point, not a complete application decision. Use this matrix to shortlist the dosing method and automation level, then confirm product behaviour, container handling, cleaning, utilities and acceptance evidence with representative samples.
How to use the table
The values below reproduce information already published on the corresponding Lancing product pages. They do not approve a product or pack without an application review.
Define viscosity across the real temperature range, foaming, particles, chemical compatibility, target quantity and the smallest and largest approved fills. This narrows the metering principle before controls or cosmetics are compared.
Confirm containers, neck access, source vessel, replenishment, nozzle shut-off, pause and restart, cleaning, changeover and downstream constraints. A machine that meters a sample successfully may still need different handling or integration.
Published model data
“Confirm by trial” identifies the application evidence that still controls selection.
| Lancing model | Format and metering method | Published working range or capacity reference | Published heads | Selection context | Confirm by trial |
|---|---|---|---|---|---|
| LUYTCR4A | Automatic gravity, anti-corrosion product path | 100–3000 ml | 4, customisable | Corrosive liquids where the proposed wetted materials are compatible | Full formulation, cleaning chemistry, vapour and splash conditions, container venting and shut-off |
| LUVTDP40 | Automatic diaphragm pump | Maximum published flow approximately 40 L/min | 4, independently controlled | Products including gels, sanitiser, shampoo and detergent, subject to compatibility | Target quantities, source conditions, head balance, foam, prime stability and sustained output |
| LUSVPP80C | Automatic peristaltic | Recommended approximately 10–500 ml | 4 channels | Applications benefiting from a replaceable tube product path | Tube specification, prime, channel calibration, tube life, pause and restart, and changeover |
| LUSV6X | Automatic servo-driven piston | Published modules: 5–100, 10–300, 50–500 and 100–1000 ml | Multiple heads, customisable | Recipe-controlled piston filling with automatic container handling | Product feed, motion profile, tracking, pack gaps, blocked-line recovery and format change |
| LUDTHSP2 | Compact automatic piston | Published options from 5–100 ml to 1000–5000 ml | 2, customisable to 4 | Compact automatic volumetric filling across several piston modules | Correct module, viscosity, nozzle, conveyor handling and realistic complete-cycle output |
| LUDTPP4F | Compact automatic peristaltic | 10–500 ml at 110 V; 10–1000 ml at 220 V | 4, customisable | Multi-channel compact filling with tube-only product contact | Tube installation, channel calibration, sensor logic, replenishment, operator cycle and tube change |
| LUGTW2S platform | Semi-automatic weight filling with gear-pump feed | 5–30 L; maximum weighing reference 50 kg | 2 diving heads | Larger containers where measured mass and controlled nozzle movement are required | Scale procedure, head balance, foam, source conditions and the complete operator cycle |
| LUYTCR2 | Semi-automatic pneumatic corrosion-proof filler | 200–1000 ml | 2 | Corrosive-liquid duties using a plastic anti-corrosion wetted path | SDS or formulation, all wetted components, air supply, containers, fumes, cleaning and operator protection |
| LUDP432W (typical) | Semi-automatic diaphragm pump with electronic scale | Application-dependent; no fixed fill range is published on the current page | 1–2, model-dependent | Weight-controlled transfer for compatible liquids | Actual pump and configuration, required range, product compatibility, source arrangement and cut-off behaviour |
| LUGPW1 | Semi-automatic gear pump with weighing control | Approximately 50 g–50 kg | 1 | Broad weight range where the liquid is suitable for gear-pump transfer | Prime, low-level operation, tare method, target range, nozzle shut-off and clean-down |
| LUYTPPR2 | Semi-automatic peristaltic | Published water flow reference approximately 12 L/min × 2 | 2 channels | Twin-channel filling with tubing selected for the product | Target-volume calibration, tubing, product temperature, operator handling and sustained repeatability |
| LUCF4A | Semi-automatic isobaric or counter-pressure filling | Published carbonated-product operating conditions rather than a universal fill range | 4 | Carbonated cans under controlled product temperature and pressure | Product and carbonation, can format, purge/fill/vent sequence, foam, closure timing and safe pressure operation |
Shortlisting sequence
This prevents a wide published fill range from becoming the only selection criterion.
Questions buyers ask
The correct answer depends on the whole production task, not the largest number in one column.
No. A large published range does not show whether the machine is suitable for the liquid, the smallest dose, the container neck, the cleaning method or the required output. Select the metering principle and configuration against representative operating conditions before comparing range breadth.
Two models may overlap in quantity while serving different products, production scales or cleaning needs. Peristaltic, piston, pump, gravity and weight systems create different product paths, flow behaviour, changeover tasks and integration requirements.
Not without common test conditions. Output depends on product, dose, heads, container presentation, nozzle movement, replenishment, operator work and downstream acceptance. Compare good finished packs over an agreed run rather than isolated machine cycles.
Record the LU model, revision or platform, fill module, head and nozzle count, wetted materials, product-feed arrangement, control functions, utilities, guarding, options, documentation and the application conditions used to select it.
A range confirms only one boundary. A trial can reveal foam, air entrainment, delayed drip, particles, container instability, tube or seal behaviour, temperature effects and stop/restart variation that a nominal fill range cannot describe.
Send the product and SDS where relevant, temperature and viscosity range, containers and closures, target quantities, batch size, output goal, source vessel, available space, utilities, cleaning method and samples representing the worst approved cases.
Related decision guides
Use the guides below to define the conditions a quotation and sample trial should address.
Shortlist a verified configuration
Lancing can compare the appropriate dosing method and automation level, then define the samples and acceptance checks required before order.
