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Condiment production application

Match the filling route to each condiment—not one generic sauce setting.

Ketchup, mayonnaise, mustard, dressings and table sauces vary in viscosity, shear response, foam, oil separation and pack format. A multi-product line needs a defined operating window and changeover method for every recipe and container.

Application guidance by Lancing Ltd Updated 25 August 2026 How this guidance is prepared
Assorted condiments representing ketchup, mayonnaise and dressing filling machines
Multiple viscositiesBottle, pot, pouch and sachet formatsRecipe and pack changeovers

A family of products can contain several incompatible filling behaviours

Ketchup may be thick and stringy, mayonnaise can be shear-sensitive and aerated, while dressings may separate or foam. One filler may cover multiple recipes only if the pump, metering range, valve, nozzle and cleaning method are proven across every extreme.

Build a product matrix showing viscosity, temperature, pieces, oil phase, foam, dose, pack and closure. Use the matrix to define which changes are recipe settings and which require physical parts or separate equipment.

Ketchup and mustard

Assess positive cut-off, pressure, stringing and bottle-wall coating.

Mayonnaise and emulsions

Control shear, aeration, density and clean product handling.

Dressings

Manage thin flow, foam, oil separation and herbs or seeds.

Multi-product changeover

Define retained volume, cleaning boundary, setup parts and first-off approval.

Choose the pack before finalising the filling machine

Container opening, stability, closure, sealing surface and decoration determine how the product can be presented, filled and transferred. Use commercial samples from the intended supplier and include dimensional variation in the trial.

Pack routeApplication considerations
Squeeze bottlesCommon for table condiments; require stable handling, neck control and cap cleanliness.
Glass jarsSuitable for premium condiments and relishes; wide openings can support particulates.
Pots and dipping cupsNeed accurate small doses and uncontaminated sealing rims.
Pouches and sachetsProvide portion and foodservice formats with stringent seal-zone control.

Build the machine route from product feed to finished pack

01

Recipe matrix

Define every normal product and identify the hardest condition for each machine component.

02

Wide turndown range

Check accuracy and cut-off at the smallest and largest doses and speeds.

03

Change parts

Record nozzles, valves, guides, cap heads and label setups needed for each pack.

04

Cleaning and allergen control

Define drainage, flushing, strip-down, verification and first-off approval.

05

Closure flexibility

Plan screw caps, flip-tops, foils, lids or pouch seals without assuming one route suits all.

06

Production scheduling

Group compatible recipes and packs to reduce cleaning and changeover loss.

Closing, sealing, labelling and coding are part of the same acceptance test

A condiment line often becomes limited by cap, lid, label or changeover tasks rather than the filler. Model complete line output for each product-pack combination and use representative runs to verify start-up waste, sustained speed and first-off quality after changeover.

Scale automation from weekly demand—not headline speed

Convert saleable weekly demand into available production minutes, then allow for warm-up, replenishment, cleaning, changeovers, inspection, rejects and operator tasks. Desktop, compact, two-head and multi-head systems are planning bands rather than guaranteed capacities.

Lower volume

Desktop or semi-automatic

Manual pack presentation with assisted filling, capping or labelling. Prioritise flexibility and manageable cleaning.

Growing production

Compact or two-head line

Coordinated conveyor stages, repeatable presentation and selected automatic feeding or closing.

Higher sustained output

Multi-head automatic line

Integrated container, closure, inspection and end-of-line handling with a defined acceptance run.

Representative trial checklist

Use the most difficult normal combinations—not only an ideal batch and pack.

  • Thinnest and thickest condiment recipes.
  • Most shear-sensitive or foaming product.
  • Highest seed, herb or particulate loading.
  • Smallest and largest dose.
  • Most unstable bottle and narrowest neck.
  • Every closure and label format.
  • Changeover time and first-off approval.
  • Cleaning and retained-product inspection.

Common questions

Possibly, if the metering route handles both viscosity and shear behaviour, provides clean cut-off and can be cleaned effectively. Trials with both products are required.

Thin or moderately viscous dressings may use several filling principles. Foam, oil separation, herbs, dose and bottle neck determine the shortlist.

Form-fill-seal or pre-made sachet systems combine controlled dosing with seal protection, coding and cutting. The product must not contaminate the seal area.

Use a matrix covering every recipe, pack and closure, then trial the hardest combinations and confirm changeover, cleaning and first-off approval.

Related equipment and buyer guides

Continue from the application into a more specific filling, capping or line-architecture decision.

Continue planning the production route

Turn your product and pack into a testable production route.

Share representative product, containers, closures, labels and your required output. Define the operating window and agree what a successful trial must demonstrate.

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