XGF monoblock for PET water bottle rinsing, filling and capping

Reference basis

Water filling machines matched to your bottle and line scope.

Still-water equipment • Configuration and supply coordination

Water Filling Machine Supplier for PET, Glass & Large Bottles

Source a water filling machine around the bottle you will sell. Allot Tech coordinates PET rinsing-filling-capping and large-bottle equipment proposals; glass-water projects require a dedicated configuration review. Start with your container, then define output, included equipment and acceptance evidence.

Get a machine-specific proposal Upload bottle drawing

Compare supplier quotations

Send bottle volume, dimensions, cap type, target BPH, voltage and destination.

Reference PET still-water filling monoblock, cap handling and outfeed

Catalog reference · configuration to be confirmed

CONTAINERPET / Glass / 3-15 L

OUTPUT BASISReference bottle required

SUPPLY SCOPEMachine / center / interface

ACCEPTANCEFAT criteria in writing

01 Bottle matched02 Scope normalized03 Interfaces confirmed04 FAT made testable

Choose your equipment route

Which bottle will your water filling machine run?

Review catalog-supported equipment and project-specific alternatives. Every route needs an approved bottle, cap and written supply scope.

XGF PET still-water rinsing filling capping monoblock with cap handling and bottle outfeed

Catalog reference · final configuration by proposal

PET small bottles

Still-water neck-handled 3-in-1 configuration

Confirm neck finish, bottle weight, cap and reference BPH.

Review PET configuration

Glass water bottles

Project-specific base handling and closure configuration

Confirm glass geometry, weight, closure and breakage controls.

Define glass project

Catalog reference 3 to 15 litre rotary bottle water filling machine

Catalog reference · final configuration by proposal

3-15 L large bottles

Large-format rotary or linear configuration

Confirm container stability, handling method and full-bottle outfeed.

Review large formats

5-gallon returnables

Specialized decapping, washing, filling and cap pressing

Returned 18.9/20 L bottles need a separate incoming-bottle and washing review.

Discuss specialist requirement

Water filling machine supplier selection

Choose a supplier from a traceable decision trail, not an isolated model name.

This project desk is for buyers comparing a PET, project-specific glass or 3–15 L still-water filling machine. It turns one buyer brief into comparable scope, capacity evidence, FAT criteria and delivery responsibilities before price is judged.

What a qualified supplier response should do: explain why the proposed configuration fits the approved container, define what is and is not supplied, state how good output will be tested, disclose assumptions and give the buyer a clear route from technical proposal to shipment support.

Define the requirement

Fix the bottle, cap, required good output, utilities, destination and existing equipment before asking for a model.

Prepare bottle and cap data

Normalize the scope

Put included, optional, excluded and buyer-supplied equipment on one interface schedule.

Define the purchase boundary

Verify supplier evidence

Ask how configuration, manufacturing resource, component choices, documents and FAT results will be recorded.

Open the supplier audit

Compare and inquire

Score each proposal on the same technical and commercial basis, then send one qualified project brief.

Compare supplier quotations

Reference basis

See the machine family before defining the quotation boundary.

These images come from the Allot Tech Beverage Bottling Catalog 2026. They support equipment-family discussion; model, availability, output and final scope remain project-specific.

**Rotary water filling machine for 3–15 L bottles**3-15 L large-format rotary reference

**QGF washing, filling and capping line for 18.9 L returnable bottles**18.9 L returnable-barrel line shown as a separate equipment family

**Water treatment system with tanks, filters and reverse osmosis**Pretreatment and reverse-osmosis system reference

**Automatic case packing machine**Downstream packing reference for complete-line boundary discussions

**Linear water filling machine for 3–10 L bottles**3-10 L linear large-format filling reference

**Automatic piston filling machine**Automatic piston filling platform reference

**Automatic sleeve labeling machine**Sleeve labeling machine for downstream line planning

**Bottle conveyor system**Bottle conveyor and outfeed interface reference

**Half-tray packing and shrink wrapping machine**Half-tray case packing and shrink wrapping reference

**Drop-down case packing system**Drop-down case packing system reference

**Heat-shrink film packaging machine**Hot-shrink film packaging machine reference

**Bottle blow-molding equipment**Bottle blow-molding equipment family reference

Six inputs before selection

Do not start with BPH alone.

The same machine can run different practical outputs for 500 ml, 1 L, 1.5 L or different bottle shapes. Final capacity follows the approved reference bottle and complete configuration.

01
Water type
Purified, mineral, spring or still drinking water
02
Bottle material & volume
PET, glass or 3-15 L large format
03
Bottle geometry
Height, diameter, neck finish and empty weight
04
Cap system
Closure type, dimensions, tamper band and samples
05
Reference output
Target BPH named against one actual bottle
06
Purchase boundary
Machine only, filling center or complete-line interface

Select the purchase scope

Three boundaries. Three different quotations.

Machine only

For an existing compatible water, bottle, conveyor and downstream system.

Infeed / outfeed height
Existing control signals
Bottle and cap supply
Water and electrical boundary

Define this scope

Filling center

For a configured core section around the rinser-filler-capper.

Bottle infeed
Cap elevator and sorter
Product-water interface
Bottle outfeed

Define this scope

Complete-line interface

For coordination with blowing, treatment, labeling, coding, packing and conveying.

Speed balance
Utilities and controls
Layout handovers
Line-level acceptance

Define this scope

Supplier comparison scorecard

Compare what the quotation proves, includes and excludes.

01Reference bottle used for output02Included machine scope03Excluded equipment04Bottle size compatibility05Cap handling scope06Product-contact material07Electrical component brands08Infeed / outfeed interface09Changeover parts10FAT test conditions11Spare parts12Manuals and drawings13Warranty14Installation and training15Shipping scope16Assumptions and exclusions

Open supplier comparison worksheet

Capacity planner

Turn daily demand into a comparable BPH requirement.

Required bottles per day Planned production hours per day Assumed effective-output factor% · planning assumption Reference bottle volumeml Future reserve%

Preliminary required nominal capacity Enter project inputs

Nominal fill volume at calculated rateEnter bottle volume

Required rate before future reserveNot calculated

Enter valid inputs and a reference bottle volume to calculate.

Carry result to RFQ

Formula: daily good bottles ÷ planned hours ÷ effective-output factor, then add the selected future reserve. Apply downtime, speed and reject losses once; do not double-count losses already removed from hours. The fill-volume result is not a total water-utility requirement. This is preliminary planning, not a machine recommendation. Final output requires confirmation on the actual bottle, cap and connected equipment.

Bottle and cap compatibility

The supplier cannot approve what the buyer has not defined.

Prepare bottle material, volume, height, diameter, neck finish, bottle weight, cap dimensions, tamper band, format count and changeover frequency.

HØNECKCAPOpen compatibility brief

Machine only vs complete line

Make the commercial boundary visible.

Editable project-basis comparison - confirm every row in the supplier quotation
Item	Machine only	Filling center	Complete line
Product-water interface	Buyer connection required	Configured as agreed	Integrated discussion
Bottle infeed	Existing / buyer scope	Included as agreed	Integrated
Filling machine	Included	Included	Included
Cap handling	Optional / specified	Normally configured	Integrated
Labeling	Excluded	Usually excluded	Optional / included
Packing	Excluded	Usually excluded	Optional / included
Utilities	Buyer confirmation	Interface confirmation	Full discussion
FAT scope	Machine level	Filling-section level	Line level

Price is not comparable until scope is comparable

Different bottles, interfaces, components, spares and FAT conditions produce different quotations.

See quotation cost breakdown

Quote basis

Questions buyers ask before requesting a water filling machine price.

What water filling equipment can I enquire about?

The catalog-supported routes include XGF PET still-water rinsing-filling-capping, rotary large-bottle equipment referenced at 3–15 L, and a separate linear reference at 3–10 L. These are platform references, not confirmation that one machine handles every bottle. Glass-water projects need a dedicated proposal; returnable 18.9/20 L bottles need a separate washing-and-filling route.

Is Allot Tech the manufacturing factory?

Allot Tech (Suzhou) Co., Ltd. acts as the project-coordination contact described in its catalog. Ask the proposal to identify the contracting entity, selected manufacturing resource, FAT location and installation/support responsibilities. A catalog photograph is not proof of factory ownership.

How do I get a useful machine price?

Send the main bottle and cap, required good bottles per hour, included equipment, available utilities and destination. State what already exists. The quotation should separate the machine, interfaces, change parts, testing, delivery and service so its total has a clear scope.

Can a still-water filler also fill sparkling water?

Do not assume so. Declare carbonation before configuration review; product preparation and filling requirements differ from the catalog's normal-pressure still-water platform.

How should I state production capacity?

Use a named bottle and cap plus required saleable output. If calculating from daily demand, use planned production hours and a loss allowance applied once. Then ask for the supplier's proposed machine rating and the agreed timed-run acceptance method.

FAT and delivery

Make acceptance conditions part of the order.

Review configuration, bottles and caps, dry run, water test, output observation, fill level, capping, alarms, changeover, spares, documents and packing preparation.

Final FAT items and acceptance conditions are confirmed in the signed technical agreement.

Open FAT guide

How Allot Tech works

One requirement trail from buyer brief to delivery coordination.

01Receive requirements
02Identify missing inputs
03Review bottle and cap data
04Compare suitable platforms
05Coordinate manufacturing feedback
06Prepare configured proposal
07Clarify scope and assumptions
08Coordinate FAT and delivery
09Support installation communication
10Coordinate after-sales requirements

Quick machine match

Start with seven project inputs.

Use the detailed RFQ when you have drawings, existing-line data or multiple bottle formats.

Open detailed RFQ →