Water & product preparation
- Water treatment
- Sugar dissolving
- Mixing and syrup preparation
- Filtration
- Homogenization
- Carbonation
- Thermal processing
- CIP
Beverage Filling Equipment: Select the Right Scope for Your Project
Define the equipment from your beverage, container, filling condition, accepted output, existing assets and end pack—then compare quotations on the same scope.
Choose by beverage
Compare equipment routes for your product.
Explore real catalog equipment, then check the product condition, container and connecting modules. Each reference requires a project-specific configuration.
ALLOT TECH CATALOG REFERENCE
Water
Define treatment, empty-bottle supply and still filling before packing.
Compare the equipment route →
ALLOT TECH CATALOG REFERENCE
Juice & tea
Confirm preservation, package thermal suitability and post-fill handling.
Compare the equipment route →
ALLOT TECH CATALOG REFERENCE
Carbonated drinks
Connect preparation, cooling, carbonation and pressure-controlled filling.
Compare the equipment route →
ALLOT TECH CATALOG REFERENCE
Canned beverages
Define can preparation, filling, seaming and confirmed seam checks.
Compare the equipment route →Another product? Use the product and package selection guide before assuming a filling method.
Start with your purchasing question
Choose equipment, compare scope, or prepare an RFQ.
A filler quotation becomes useful when it states the product entering the machine, the package leaving it and who supplies the connecting equipment.
Project definition
Five facts determine the equipment scope.
Before comparing models or prices, freeze the beverage condition, container and closure, accepted-output basis, existing assets and finished pack. These inputs determine the functions and interfaces a quotation must include.
Beverage conditionContainer & closureAccepted outputExisting assetsEnd pack
2026 CATALOG / EQUIPMENT VIEWBuyer decision path
Move from an equipment question to a comparable RFQ.
01What equipment is required?
Build a complete functional scope and mark every module by status.
Continue →02Which filling route fits?Screen the filling method from product condition, package and closure.
Continue →03Can the modules work together?Check capacity, utilities, physical transfers and controls.
Continue →04Why do quotations differ?Normalize inclusions, automation, evidence, delivery and service.
Continue →05What should I send suppliers?Issue one controlled product, package, output and site brief.
Continue →Procurement evidence path
Carry one controlled project basis from first brief to handover.
Use one project brief to compare requirements, automation, quotation scope, documentation and acceptance. Resolve each open question before the next purchase decision.
- 01
Project brief
Record the known beverage, package, output, site and responsibility facts.
Open decision module → - 02
Equipment URS
Turn critical facts into numbered, answerable and testable requirements.
Open decision module → - 03
Automation scope
Assign manual and automatic work across the full production route.
Open decision module → - 04
Quotation comparison
Normalize technical scope, project delivery and lifecycle cost boundaries.
Open decision module → - 05
Document register
Control drawings, manuals, tests, backups and handover revisions.
Open decision module → - 06
Acceptance & startup
Connect design review, FAT, installation, SAT and open-item closure.
Open decision module →
Choose by container
The container creates its own equipment path.
Container preparation, transfer, filling, closure, inspection and packaging change across PET, glass, cans and large formats.
Interactive planning tool
Build Your Equipment Scope
Seven short steps create a transparent preliminary module list. Unknown technical decisions remain marked for confirmation.
Preliminary recommendation only. Final equipment selection depends on beverage formulation, filling temperature, container drawings, required output, local production conditions and confirmed technical requirements.
The beverage filling equipment map
One project. Eight equipment zones. Every handoff visible.
Use the map as a scope checklist. A project does not necessarily require every listed module.
Container preparation
- PET blow molding
- Bottle unscrambling
- Air conveyor
- Bottle rinsing or washing
- Can depalletizing
- Can rinsing
Filling & closing
- Still filling
- Hot filling
- Isobaric filling
- Can filling and seaming
- Glass bottle filling
- Large-format filling
Inspection
- Empty-container inspection
- Fill-level inspection
- Cap or seam inspection
- Leak inspection
Labeling & coding
- Sleeve labeling
- Self-adhesive labeling
- Hot-melt labeling
- Date and batch coding
Secondary packaging
- Shrink wrapping
- Tray plus film
- Carton packing
- Case packing
End of line
- Palletizing
- Depalletizing
- Stretch wrapping
- Finished-pack handling
Line handling & utilities
- Bottle and can conveyors
- Accumulation
- Buffer systems
- Compressed air
- Steam
- Chilled water
- Controls and interfaces
Catalog-backed equipment context
Explore equipment from the 2026 catalog.
View equipment for upstream treatment, filling, post-fill handling and packaging. Use your product, container and required output to identify which functions belong in your project scope.
Mandatory, conditional or optional?
Scope status matters more than a long machine list.
The same equipment can move between required, conditional and not-required as the beverage, container or existing factory changes.
| Equipment | Always required | Depends on product | Depends on container | Optional / upgrade |
|---|---|---|---|---|
| Water treatment | — | Yes | — | Existing system audit |
| Beverage preparation | — | Yes | — | Batch or continuous route |
| Container preparation | Function required | — | Equipment changes | Purchased container route |
| Filling & closing | Core | Method changes | Machine changes | Retrofit requires audit |
| Inspection | Quality plan required | Checks change | Checks change | Automation level |
| Secondary packaging | — | — | Pack route changes | Loose product possible |
Equipment capacity matching
12,000 + 12,000 + 12,000 does not guarantee 12,000 good bottles per hour.
Speed references can use different containers, conditions and measurement boundaries. Stable output depends on buffers, bottle accumulation, labeling and packing efficiency, changeovers, rejects, product behavior and operating discipline.
Open capacity matching guideFILLERRated reference
LABELERChangeover + roll stops
PACKERFilm + grouping losses
System outputDepends on the effective constraint
Start from the complete equipment scope.
Define product, package, reference output, factory zones, utilities, commercial pack and expansion plan before individual machine choices harden the layout.
Plan a new project →Start from an equipment and interface audit.
Record actual speed, stops, bottle specifications, conveyor height, controls, utilities, space and the current bottleneck before choosing a replacement machine.
Audit an existing line →Project coordination
How Allot Tech coordinates the equipment scope.
Allot Tech coordinates project-specific manufacturing resources and interfaces. The site does not claim every machine is made in one owned factory.
01Confirm beverage
02Confirm container
03Confirm filling process
04Confirm output
05Review existing equipment
06Build equipment scope
07Check interfaces
08Prepare configuration
09Coordinate suppliers
10FAT
11Shipment
12Installation & commissioning support
Project enquiry
Send your beverage project requirements.
Mr Kcal is your Allot Tech project contact. Required: name, country, email or WhatsApp, beverage, container, capacity and consent. Everything else can be confirmed progressively.
Frequently asked questions
Answers for your equipment purchase.
What does the Equipment Configurator produce?
It produces a preliminary equipment-module scope with recommended, optional, not-required and confirmation-required statuses. It is not a final quotation or engineering design.
Can Allot Tech configure equipment for an existing line?
Yes. The review starts with existing equipment, measured output, bottle specifications, interfaces, utilities, layout and the current constraint.
Are the catalog values final specifications?
No. Catalog model data is a reference. Final technical data, availability and service scope are confirmed in the project quotation and signed technical agreement.