Bottle rinsing
Neck handling, inversion, rinse-water and drainage must match the approved bottle.
- Bottle-format compatibility
- Gripper and guide scope
- Drainage and inspection points
Equipment decision center / PET still water
Bottled Water Filling Machines for PET Bottles.
Rinse, fill and cap still-water bottles in one automatic monoblock. Compare the machine by bottle and cap, required bottles per hour, installation interfaces and price scope—with project support from Allot Tech.
Start with bottle volume, bottle drawing, cap type, target BPH, voltage and destination. 500 ml catalog speed is a rating basis, not a promise for every bottle.
ALLOT TECH / MACHINE REFERENCEPROJECT CONFIRMATION REQUIRED
01Rinsing02Filling03Capping
Selection Tools
What must you decide next?
Choose the stage that matches your current question. Each route leads to the evidence required before a reliable quotation.
01Understand the machineSee what rinsing, normal-pressure filling and capping do inside one synchronized monoblock.→
02Match bottle and capCheck neck finish, support ring, cap, bottle geometry and required production samples.→
03Size the real outputConvert saleable demand and bottle mix into a required BPH band with operating reserve.→
04Define machine interfacesSeparate the monoblock from product water, air conveyor, outfeed and downstream responsibility.→
05Compare scope and priceNormalize inclusions, exclusions, change parts, utilities, service and freight before comparing totals.→
06Prepare the buying decisionIssue one controlled RFQ with technical inputs, FAT evidence and commercial boundaries.→
Catalog machine photography
See the filling machine inside the production route
These are equipment images extracted from the supplied Allot Tech catalog. They show reference equipment families; the final project configuration remains proposal-specific.
Catalog monoblock reference for small-format PET still water.
Treatment scope is confirmed from the actual raw-water report and product requirement.
Blowing, empty-bottle handling and filler interfaces must share one approved bottle definition.
Labeling, coding, conveying and packing are separate downstream scope decisions.
Start with six inputs
01 / PRODUCTWater typeStill, pure, mineral or spring
02 / CONTAINERBottle geometryVolume, height and diameter
03 / CLOSURENeck & capFinish, diameter and height
04 / OUTPUTRequired BPHSaleable daily output basis
05 / INTERFACEExisting equipmentUpstream and downstream
06 / SITEUtilitiesVoltage, air and destination
Inside the machine / click a stage
What the monoblock actually includes
Follow the bottle from empty-bottle entry to capped-bottle discharge. Each stage has a buyer input, risk, FAT check and interface.
Function
Presents empty PET bottles at the agreed neck-handling height and direction.
Buyer input
Bottle neck drawing, conveyor elevation and upstream speed.
Main risk
Unstable spacing, damaged necks or mismatched transfer height.
FAT test
Test starvation, restart and stable transfer with the approved bottle.
Interface
Blow molder or empty-bottle supply to monoblock handover.
Function
Controls the bottle between the infeed and rinsing gripper.
Buyer input
Bottle geometry, support ring and planned formats.
Main risk
Jams or drops when the transfer profile is not approved.
FAT test
Inspect repeated transfers at the agreed reference speed.
Interface
Mechanical centerline and synchronized machine timing.
Function
Grips, inverts, rinses and drains the empty bottle.
Buyer input
Rinse-water boundary, bottle drawing and sample.
Main risk
Neck marks, poor drainage or unstable inversion.
FAT test
Inspect handling marks, drainage and bottle stability.
Interface
Rinse-water supply, drain and transfer to filling.
Function
Fills the approved bottle with still product water under the confirmed principle.
Buyer input
Product-water conditions, bottle and output basis.
Main risk
Inconsistent level or speed assumptions from an undefined supply.
FAT test
Record output, fill level, leakage and operating condition.
Interface
Treated-water tank, pump, piping and control boundary.
Function
Elevates, sorts and conveys approved caps to the placement point.
Buyer input
Cap drawing, sample, loading method and rate.
Main risk
Jams, reversed caps or inadequate buffer.
FAT test
Run the approved cap and test starvation/jam logic.
Interface
Operator or bulk cap supply to capping zone.
Function
Places and tightens the approved closure on the filled bottle.
Buyer input
Neck finish, cap specification and acceptance check.
Main risk
Missing, tilted, leaking or damaged closures.
FAT test
Inspect placement, tightening result and leakage.
Interface
Cap path, filled-bottle transfer and outfeed inspection.
Function
Transfers the capped bottle to downstream conveying.
Buyer input
Direction, elevation, downstream speed and accumulation.
Main risk
Back pressure, tipping or blocked discharge.
FAT test
Test blockage, restart and stable filled-bottle transfer.
Interface
Monoblock discharge to labeling and packing route.
Functional illustration - final machine design depends on the approved configuration.
Three synchronized zones
Rinse, fill and cap - one machine, three engineering decisions
Water filling
Normal-pressure filling requires a defined product-water supply and a format-specific output basis.
- Product-water boundary
- Fill-level consistency
- Bottle-size influence
Bottle capping
Cap sorting, conveying, placement and closing depend on the actual cap and neck finish.
- Cap sample requirement
- Sorter and chute scope
- Capping-result checks
Tool 02 / input completeness
Is your bottle and cap data ready for review?
This tool checks the information package. It does not approve compatibility.
Tool 01 / required BPH
Calculate a preliminary machine requirement
Required BPH = daily saleable bottles ÷ net operating hours ÷ planning efficiency × growth reserve.
Catalog model selector
Use catalog data as a band, not a final promise
Nine catalog model numbers beginning with XGF are published on a 500 ml basis. The letters are retained only as part of those model numbers; the catalog gives no expanded meaning. Requirements below 6,000 BPH need a separately confirmed compact platform.
Reference model bandCalculating...
Request Technical Confirmation
| Reference model | Output | Machine size |
|---|---|---|
| XGF14-12-5 | 6,000 BPH | L2360 × W1770 × H2700 mm |
| XGF16-16-5 | 8,000 BPH | L2760 × W2060 × H2700 mm |
| XGF24-24-8 | 13,000 BPH | L2800 × W2230 × H2700 mm |
| XGF32-32-8 | 16,000 BPH | L4215 × W2960 × H2700 mm |
| XGF40-40-12 | 18,000 BPH | L4360 × W3300 × H2700 mm |
| XGF50-50-15 | 24,000 BPH | L5900 × W4123 × H2700 mm |
| XGF60-60-15 | 30,000 BPH | L5770 × W5288 × H2700 mm |
| XGF72-72-18 | 36,000 BPH | L6540 × W4900 × H2700 mm |
| XGF80-80-18 | 42,000 BPH | L7800 × W6380 × H2700 mm |
Published container basis: 500 ml; bottle height 170-320 mm; bottle diameter 50-115 mm; published container range 500-2000 ml.
Qualified search questions / machine decisions
Resolve the exact question behind your machine search
Use one intent owner for each capacity, bottle, utility, cost, schedule or manufacturer question—then move to the next purchasing decision.
5,000 BPH Bottled Water Filling Machine Selection
Plan a 5,000 BPH bottled water filling machine around real saleable output, 500 ml bottle data, efficiency reserve, line scope, utilities and FAT evidence.
10,000 BPH Bottled Water Filling Machine Selection
Compare the capacity reserve around a 10,000 BPH bottled water filling requirement using bottle format, efficiency, XGF reference bands and downstream scope.
12,000 BPH Bottled Water Filling Machine Selection
Review a 12,000 BPH bottled water filling target against the 13,000 BPH XGF reference, container format, efficiency reserve and acceptance test.
20,000 BPH Bottled Water Filling Machine Selection
Plan a 20,000 BPH bottled water filling machine using the 18,000 and 24,000 BPH XGF bands, bottle data, line balance, utilities and FAT scope.
500 ml Bottled Water Filling Machine Selection
Select a 500 ml PET bottled water filling machine by neck finish, bottle stability, cap, required BPH, change parts, interfaces and FAT evidence.
Bottled Water Filling Machine Power Consumption
Separate filling-machine rated power from complete-line electricity demand and prepare a utility schedule for conveyors, treatment, blowing and packing.
Bottled Water Filling Machine Installation Cost
Understand filling-machine installation cost drivers including unloading, foundations, utilities, interfaces, travel, commissioning materials and training.
Bottled Water Filling Machine Delivery Time
Plan filling-machine delivery time across bottle confirmation, drawings, production, FAT, packing, export shipping, installation and commissioning.
3-in-1 Water Filling Machine Working Principle
Follow PET bottles through rinsing, normal-pressure water filling and screw capping, including neck transfer, product-water and conveyor interfaces.
Bottled Water Filling Machine Manufacturer in China
Evaluate a China bottled water filling machine manufacturer by bottle review, technical scope, factory evidence, FAT, documentation and export support.
Machine scope options
Choose the boundary before comparing price
Filling machine only
For a plant with treated water, empty-bottle supply, air conveyor, downstream conveyors, labeling and packing already defined.
Request machine-only quoteMachine + interfaces
Main monoblock plus agreed air-conveyor handover, cap feeding, basic bottle outfeed and required transfer sections.
Define my interfacesComplete bottled-water line
May add water treatment, bottle blowing, labeling, coding, packing and line conveying under a separate line-level scope.
Complete bottled-water filling line planningWhy quotes look different
A model name does not define the commercial boundary
Compare stations, bottle handling, cap feeding, conveyors, tank, piping, controls, change parts, spares, FAT, installation and freight.
Tool 03 / quotation scope
Compare up to three supplier scopes
Mark every row included, excluded or not stated. The total is meaningful only after the scope is comparable.
| Scope row | |||
|---|---|---|---|
| Main machine | |||
| Air conveyor | |||
| Cap elevator | |||
| Cap sorter | |||
| Bottle outfeed | |||
| Product-water tank | |||
| Pumps and piping | |||
| Change parts | |||
| Spare parts | |||
| FAT | |||
| Installation | |||
| Shipping | |||
| Documentation |
Unstated rows39
Non-comparable rows0
Questions to ask
FAT acceptance preview
Agree the evidence before the test date
A useful FAT records the approved samples, run method, output, quality observations, alarm logic, parts and documents.
Get an FAT Checklist- Approved bottle and cap
- Continuous running time
- Actual output and stops
- Bottle transfer
- Fill level and leakage
- Cap placement and result
- Alarm and stop logic
- Parts, documents and nameplate
How Allot Tech works
From bottle evidence to shipment coordination
- 01Receive project requirements
- 02Review bottle and cap details
- 03Confirm reference output
- 04Define machine and interface scope
- 05Prepare technical proposal
- 06Confirm drawing and configuration
- 07Coordinate production
- 08Follow FAT
- 09Coordinate shipment
- 10Support installation and after-sales communication
This specialized bottled-water filling machine website is operated by Allot Tech (Suzhou) Co., Ltd..
Frequently asked decisions
Before you request a filling-machine quotation
Is the 500 ml XGF output valid for 1.5 L or 2 L bottles?
No automatic equivalence should be assumed. The published XGF output is based on a 500 ml reference container. Larger-bottle output requires confirmation against the bottle drawing, cap, operating conditions and test method.
Can one bottled-water filling machine run several bottle sizes?
It may run several approved formats, but each bottle and cap must be reviewed. The proposal should identify adjustments, change parts, cap-system changes and the formats included in FAT.
Does the filling machine price include the air conveyor and cap feeder?
Only when those items are stated in the quotation. Compare the main monoblock, air conveyor, cap elevator, cap sorter, bottle outfeed, product-water tank, pumps, piping and services as separate scope rows.
What should I send before requesting a technical proposal?
Send bottle volume and dimensions, neck finish, cap details, target BPH, daily production plan, existing equipment, voltage, line direction, destination and available bottle or cap drawings and samples.
Is this site for 5-gallon returnable-barrel filling machines?
No. This site focuses on small-format PET bottled still-water filling monoblocks. Returnable 18.9 L or 20 L barrel projects require a separate QGF-type equipment review.
Final inquiry / machine-specific
Send the bottle, cap and BPH basis
Use the quick form now or open the full technical configuration when drawings, utilities and interfaces are available.
Mr Kcal
Allot Tech (Suzhou) Co., Ltd.