FAQS

LiquiPAX can include any or all of the following depending on customer requirement: Unscrambling → Rinsing → Filling → Capping → Labelling → Cartoning/Case Packing This integrated line reduces manual handling errors and maintains product flow continuity.

The system can be configured for HDPE, PET, PP, Glass & custom moulded bottles. Round, square, flat-panel, or irregular profiles can be adapted through format parts and changeover settings.

Based on product viscosity & foam characteristics: Gravity Filling – water-like & thin liquids Volumetric Filling – edible oil, personal care, pharma etc. Piston/Servo Filling – thick, semi-viscous, creams Foam-sensitive nozzles for detergents, shampoo, sanitizer Accuracy can be optimised by product-specific nozzle design + synchronized pump control.

Product temperature & viscosity Nozzle-to-bottle alignment and dive timing Flow control stability via servo/PLC Bottle neck variation across batches Air pressure fluctuations in pneumatic systems With correct configuration, modern filling systems can maintain precise repeat volume output across long shifts.

Speed depends on container size, viscosity, filling technology and cap format. Instead of quoting generic BPM, the recommended approach is: Output is configured per product. Trials are conducted to determine optimum BPM without compromising fill accuracy or cap sealing integrity.

Under/over-fill due to flow instability Loose/tilted caps from torque mismatch Dripping or stringing with high-viscosity products Bottles falling due to unstable conveyor guide width Label misalignment if moisture remains after rinse Rejection is minimized when rinser-filler-capper-labeller synchronization is balanced.

Yes. A LiquiPAX installation can be integrated with: De-palletizers, conveyors, accumulation tables Inkjet/Laser coders & labellers Shrink wrap / Case Packer / Palletizer Closed-loop automation increases throughput and reduces manpower dependency.