Cleaning & service
Include the lid, vacuum take-off and foam-contact areas in the cleaning inspection; protect the vacuum service from product carryover.
Processing equipment / Batch
Vacuum mixing / deaeration module
Address entrained air when the sauce and filling requirements justify vacuum processing.
Batch stageIndividual module or line integration
Request equipment details ↗What it does
Construction and product duty
A vacuum-rated vessel, controlled vacuum circuit, foam management and product-compatible mixing form the module.
- Incoming product
- Sauce with measurable air incorporation or foaming behaviour.
- Discharge
- A conditioned sauce with its air-content target checked.
How to choose this machine
Evaluate volatility, foam rise and viscosity with samples. Deaeration can change apparent density, so the filler basis must follow the conditioned product.
Optional rather than a universal step. Vacuum mixing does not establish microbial safety or an oxygen-free shelf life.
What to specify before comparing options
| Selection parameter | Information to establish |
|---|---|
| Air target | Method and acceptance criterion |
| Foam behaviour | Working level and carryover control |
| Service | Vacuum system and product-contact boundary |
Installation interfaces
Coordinate vacuum supply, condensate handling, product temperature and transfer to the filler without re-entraining air.
Product trial
Measure foam control, density change, product loss and filling consistency.
Process map
Where this module sits
01Prepare
02Texture
03Batch
04Transfer
05Preserve
06Pack
07Clean
Adjacent modules in a typical line
Varies with the material and texture route.
Applications using this module
Engineering notes for this module
Equipment selection FAQ
What feed does this module accept?
Sauce with measurable air incorporation or foaming behaviour.
What does it discharge?
A conditioned sauce with its air-content target checked.
What changes the selection?
Evaluate volatility, foam rise and viscosity with samples. Deaeration can change apparent density, so the filler basis must follow the conditioned product.
What should be verified in a trial?
Measure foam control, density change, product loss and filling consistency.