Equipment scope · viewed through daily factory operation
Water Bottling Factory Equipment: Functions, Interfaces and Operating Risks
A water bottling factory is not one machine. It is a connected operating system in which water treatment, product-water storage, bottle supply, rinsing-filling-capping, labeling, coding, packing, conveying, inspection, utilities, laboratory support and spare parts must use the same confirmed product, package and output basis.
Catalog evidence · reference, not final specification
Equipment references within the factory operating system
The following values come from the 2026 Allot Tech beverage bottling catalog and require project-specific reconfirmation.
PET water rinsing-filling-capping
The 2026 Allot Tech catalog shows XGF three-in-one water filling references across 6,000–42,000 BPH on catalog pages 9–10. Final performance depends on the confirmed project basis.
REFERENCE · REQUIRES CONFIRMATIONLarger PET formats
Catalog page 20 presents 3–15 L rotary and 3–10 L linear/piston filling references. Bottle, closure, output and exact configuration require confirmation.
REFERENCE · REQUIRES CONFIRMATIONReturnable 5-gallon route
Catalog pages 21–22 present QGF 18.9 L / 5-gallon references from 60–800 bottles per hour. Several model rows require supplier reconfirmation before quotation use.
REFERENCE · REQUIRES CONFIRMATIONWater preparation and line support
Catalog pages 28–29 and 36–37 illustrate water-treatment, RO/ultrafiltration, bottle drying and complete purified/mineral-water process references.
REFERENCE · REQUIRES CONFIRMATION
01 · Buyer or factory inputs
Information the decision needs
- Source-water basis and intended product
- Bottle material, volume, neck, cap, label and final pack data
- Required BPH and operating schedule
- Available factory and utility conditions
- Existing or quoted equipment list
- Required inspection, records, spare parts and service scope
02 · Operating objective
What completion should achieve
Confirm what each module must do, what it receives, what it passes downstream, which operating checks apply and which project data remain to be confirmed before final selection.
03 · Required controls
Turn the objective into controlled work
- 01
Water treatment: confirm input water, target basis, storage and demand interface
- 02
Bottle supply: confirm bottle/preform data, neck finish, compressed air and accumulation
- 03
Filling: confirm container, product, hygiene, fill and cap basis
- 04
Decoration: confirm container surface, label, code and inspection conditions
- 05
Packing: confirm pack pattern, material, line rate, handling and warehouse interface
- 06
Conveyors and controls: confirm elevations, accumulation, interlocks and stop logic
- 07
Utilities and support: confirm operating demand, quality, connections, drainage, laboratory and spares
04 · Factory interfaces
What connects to this decision
- Product-water supply and storage to filler demand
- Blower or bottle feed to filler infeed and accumulation
- Bottle/neck/cap to rinsing, filling and sealing parts
- Wet container condition to label adhesion and coding
- Filler discharge to conveyor, labeler, packer and warehouse handling
- Machine demand to electrical, air, water, drainage and environmental conditions
05 · Evidence to collect
Records that make review possible
- Project-specific technical offer
- General arrangement and interface drawings
- Confirmed utility schedule
- Bottle, neck, cap and label drawings
- Control and interlock description
- FAT and acceptance basis
- Manuals, spare-parts list and maintenance information
06 · Common failure modes
Do not confuse a pattern with a confirmed cause
1Comparing only rated BPH while interfaces use different bases
2Applying catalog reference values as final project commitments
3Ignoring conveyor, dryer, inspection or packing constraints
4Assuming utility availability without load and quality evidence
5Leaving operator and maintenance tasks outside the equipment review
07 · Responsibility boundary
Name who confirms each part
| Role | Possible responsibility in this stage |
|---|---|
| Buyer | Provide product, packaging, output, factory, utility and responsibility inputs. |
| Selected manufacturers | Confirm final models, performance basis, utilities, dimensions, materials, documents and acceptance conditions. |
| Local contractors | Confirm building, services, installation and interfaces within their scope. |
| Allot Tech | Coordinate project requirements and selected manufacturing resources according to the agreed scope. |
08 · Completion criteria
Evidence that the stage can advance
- Every module has a confirmed function and boundary
- Upstream and downstream interfaces use controlled data
- Catalog data are labeled as reference rather than final
- Utility and maintenance needs are recorded
- The signed technical and commercial agreement owns final conditions
Decision support
Questions operating teams ask
Are catalog capacities final guarantees?
No. Catalog values are reference data. Final output, bottle basis, utilities, configuration, services and acceptance criteria must be confirmed in the signed project documents.
Is the filler always the factory constraint?
No. Bottle supply, product-water flow, labels, packing, conveyors, utilities, materials, quality holds, operators or maintenance can constrain saleable output.
Does Allot Tech claim every item is made in one owned factory?
No. Allot Tech coordinates project requirements and selected manufacturing resources. The approved supplier and responsibility structure is project-specific.
Editorial responsibility: Allot Tech (Suzhou) Co., Ltd. · Last updated .