Product contact route
Hoppers, tubes, cylinders, valves and nozzles should be accessible.
Cleaning access and changeover can decide whether a filling machine works well in real production. Lancing UK helps review product contact parts, hoppers, nozzles and operator routines.

A filler that is accurate but difficult to clean can slow production. Product contact route, tool access, nozzle cleaning, hopper removal and recipe control should be reviewed at specification stage.
Compare the route against product behaviour, fill range, container format, throughput and any downstream capping or labelling stages.
Hoppers, tubes, cylinders, valves and nozzles should be accessible.
Bottle height, fill volume and nozzle position all need adjustment.
Capping and labelling stages must change over as well as the filler.
For a faster specification, include the product sample or description, fill volume range, container dimensions, cap or lid type, target output and available production space.
Viscosity, flow, temperature, foam, particles and cleaning expectations.
Bottle, jar, tub or pouch details including neck opening and stability.
Target packs per minute or per hour and whether manual loading is acceptable.
Capping, labelling, coding, sealing, inspection and end-of-line handling.
How to choose a volumetric filler by viscosity, fill range, accuracy, throughput, container type and line integration needs.
Read morePlan volumetric filler integration with conveyors, capping, labelling, coding, sealing and end-of-line packing equipment.
Read moreServo filling machines for repeatable volumetric filling of sauces, creams, gels, honey, liquids and viscous products.
Read moreContact Lancing UK for volumetric filling machine quotations. Send product, fill volume, container and output details.
Read moreCleaning time directly affects downtime, especially when products or batches change often.
Yes, but the machine should be specified with the product range and pack range in mind.
Yes. The complete line changeover often takes longer than the filling adjustment alone.
Send the product, fill range, container and throughput target. Lancing UK will narrow the most practical filling route before quotation.
For a piston filler, inspect the hopper or feed connection, suction hose, cylinder, piston seals, directional valve, discharge hose and nozzle. For cup systems, include hopper corners, agitators or levellers, cup surfaces, discharge chutes and pack-contact areas. The actual machine may contain additional product-contact parts.
Identify clamps, tools, lifting needs, seal orientation and the safe isolated state before parts are removed.
Check O-rings, piston and nozzle seals, valve seats, hoses, scratches, swelling, trapped product and approved lubrication.
Confirm correct reassembly, leak-free priming, delivered quantity, nozzle cut-off and the first acceptable product after changeover.
Plan dedicated parts and records with the volumetric filler change-parts guide.
A cleaning-method handover should identify the wetted parts, the approved access or cleaning route, relevant exposure limits and the checks required before restart. A generic statement that a filler is easy to clean does not identify retained-product locations or the site’s release criteria. Record where the supplier’s instructions end and the user’s application validation begins.
Compare CIP, strip-down and mixed cleaning before specifying an automatic cycle. For a peristaltic route, changing tubing addresses only the replaced section; any retained connector, hopper or nozzle remains in the assessment. For piston systems, record the actual valve and seal arrangement.
Provide the proposed product sequence, cleaning process and acceptance evidence through the existing Lancing enquiry route. Safety and hygiene procedures remain application-specific; the new comparison links to primary guidance rather than prescribing a universal cleaning recipe.