Peristaltic filling machines
Peristaltic filling machines for e-liquid, serums, laboratory liquids and small bottles. Compare tubing, flow range, nozzle count and line integration.
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Model LU-DTPP4C
The LU-DTPP4C uses four peristaltic pump channels so product remains inside replaceable tubing. That makes it relevant where rapid product changeover, a simple contact path or small-bottle liquid dosing is more important than handling high-viscosity products.
Published figures are application-dependent reference data and must be confirmed during specification or product trials.
Typical duties
Machine format
Reference specification
| Model | LU-DTPP4C |
|---|---|
| Filling heads | 4 |
| Maximum reference flow | Up to 2500 ml/min per nozzle based on water |
| Indicative speed | 30–50 bottles/min, product and pack dependent |
| Power supply | 110/220 V, 50–60 Hz, 60 W per pump |
| Air pressure | 0.3–0.4 MPa |
Selection note
Tube material, bore, pump speed and chemical compatibility determine actual performance. Peristaltic filling is normally compared with piston, diaphragm or gear-pump routes when the product viscosity or target dose is close to a technology boundary.
Prepare the project dataRelated machine families
Peristaltic filling machines for e-liquid, serums, laboratory liquids and small bottles. Compare tubing, flow range, nozzle count and line integration.
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See optionsQuick answers
The machine is normally shortlisted for e-liquid and flavour concentrates, laboratory and small-bottle liquids, cosmetic serums and light lotions. Final suitability depends on product behaviour, materials compatibility, fill range and the intended container.
No. Published figures are reference conditions. Real throughput depends on product viscosity or flow, dose size, container handling, operator workflow, changeovers and downstream equipment.
Integration can be assessed with conveyors, container handling, capping, labelling, coding, sealing and accumulation. The control and layout scope should be agreed before order.
Send the product data, fill volumes, container samples or drawings, target output, utilities, cleaning method, available footprint and details of any upstream or downstream machinery.
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