Product feed
Thick products may need an elevated hopper, transfer pump, follower plate or controlled pressure to keep the dosing chamber supplied.
Bottle filling applications
Sauce, Cream & Viscous Product Filling
Viscous products need a filling route that controls feed, trapped air, particles, temperature and nozzle cut-off while remaining practical to clean between batches.
Application engineering
Build the specification around the production product
A laboratory viscosity or marketing description is not enough. The filler should be reviewed using product at the normal process temperature, representative bottles and the planned supply method.
- Viscosity at actual filling temperature
- Particle size, concentration and fragility
- Tendency to aerate, string, drip or separate
- Hopper capacity, mixing or heating requirement
- Bottle/jar opening and required nozzle clearance
- Cleaning time, strip-down and product-change procedure
Sauce, Cream & Viscous Product Filling. The recommended configuration will be matched to your product, container, fill range and required output.
Application risks
Four issues to resolve before machine selection
These factors often decide the filling principle, nozzle design, cleaning route and automation level.
Stringing and cut-off
The nozzle and valve must stop the product cleanly enough to protect the neck, seal and label area.
Particles
Herbs, seeds, fibres or pieces can restrict valves and nozzles and change dose consistency.
Temperature
Honey, waxy creams and similar products may need controlled heat or mixing where the formulation allows it.
Recommended starting routes
Compare suitable bottle filling approaches
The table is a shortlist for discussion; trials and detailed engineering determine the final machine.
| Product or production need | Starting approach | Next page |
|---|---|---|
| Piston volumetric filling | Measured positive displacement for a broad range of sauces, creams and gels. | Explore route |
| Semi-automatic paste filling | Hopper-fed operator-loaded filling for short runs and frequent changes. | Explore route |
| Automatic multi-head paste filling | Conveyorised, recipe-controlled production with bottle indexing and clean cut-off. | Explore route |
| Positive-displacement pump filling | A pump route for suitable formulations and continuous product supply. | Explore route |
Project information
What to send with an application enquiry
Clear samples and measurable requirements create a faster, more reliable machinery comparison.
Product evidence
Send specification, SDS where applicable, viscosity range and representative samples.
Pack set
Provide every bottle, closure, insert and label format—not only the easiest size.
Production model
State output by volume, batches, shifts, operators, cleaning and changeovers.
Acceptance plan
Agree test media, samples, rate, tolerances, documentation and line interfaces.
Questions
Sauce, Cream & Viscous Product Filling FAQs
Application-specific answers for early project planning.
Can a paste filler handle sauce with pieces?
Some large-bore valves and nozzles can handle particles, but product samples are essential. Piece size, shape and concentration must remain within the agreed path.
Why does fill weight vary with a viscous product?
Air pockets, temperature, product separation, inconsistent hopper feed and stringing can all change the delivered amount or the measured weight.
Can heated hoppers be used?
They can be considered for suitable formulations, with appropriate control and guarding. Product safety and quality limits must be defined by the user.
How is the machine cleaned?
Cleaning may involve draining, flushing, product recovery and dismantling of hopper, cylinder, valves, hoses and nozzles. The required method should shape the machine design.
Turn the application into a testable machine brief.
Send product data, representative bottles, closures, fill range and output. Lancing Ltd can identify the most credible filling route.
Bottle and pack evidence
Match viscous product movement to the bottle opening and clean release
Sauces, creams and similar products can change with temperature, particles, aeration and time. The pack opening, product feed and nozzle shut-off should be tested using representative production material.
Product structure
Record viscosity, inclusions, fragility, temperature, separation and whether the product strings or settles.
Opening and fill path
Check the smallest bottle or jar opening, shoulder shape and the required nozzle insertion or cut-off arrangement.
Clean-down and changeover
Define product recovery, dismantling, wash method, allergen or colour changes and restart checks.
Three guides that improve the first review
Prepare representative samples
Include every bottle and closure that is expected to run, not only the easiest format. Note the normal product condition, fill range, batch pattern and the clean presentation required at the next process.
Send application detailsFor a deeper specialist treatment of the dosing technology, continue to Paste Fillers UK. This site retains the bottle-format and container-handling decision.
Positive-displacement option
Assess the complete piston path for sauces, creams and gels
For suitable pumpable products, piston filling can provide controlled displacement and a defined discharge stroke. Particle passage, cylinder range, product feed, temperature, stringing, valve access and nozzle cut-off must all be tested together.
Representative evidence
- Coldest and most viscous normal product
- Largest particle or inclusion
- Minimum and maximum dose
- Smallest bottle neck
- Cleaning and first-off sequence