Filling technology selection
Beverage Filling Machine Models and Configurations
Explore automatic PET beverage filling machines by application: XGF for still water, RXGF for juice and tea, and DXGF for carbonated drinks. Each family combines rinsing, filling and capping; the filling process and package requirements differ. Use the model pages for specifications and send one comparable production brief to Allot Tech.
Request My Machine ConfigurationCompare catalog machine families
Three PET Filling Machine Families: XGF, RXGF and DXGF
Compare the beverage application first. All capacities below are catalog references on a 500 ml basis, not guaranteed output on every bottle. Configuration and current availability are confirmed in the project proposal.
XGF Water Filling Machines
Normal-pressure rinsing, filling and capping for still drinking water. Compare nine reference models from 6,000 to 42,000 BPH, then specify your bottle, cap and required operating output.
Compare XGF models and specifications
RXGF Juice and Tea Filling Machines
PET juice and tea filling references from 4,000 to 32,000 BPH across eight models. A hot-fill proposal also needs the validated product process, bottle heat resistance and cooling sequence.
Compare RXGF models and process requirements
DXGF Carbonated Beverage Filling Machines
Isobaric PET bottling references from 4,000 to 28,000 BPH across eight models. Compare the machine together with product temperature, dissolved CO2, pressure supply and foam acceptance.
Compare DXGF models and carbonation requirementsShortlist by beverage and bottle
PET Filling Machine Range at a Glance
Source: 2026 Allot Tech catalog, pages 8, 10, 12 and 14. The bottle range is a family reference, not confirmation that every format runs without change parts.
| Family / beverage | 500 ml reference output | Catalog PET bottle envelope | Confirm for your proposal |
|---|---|---|---|
| XGF / still water | 6,000–42,000 BPH | 500–2,000 ml; height 170–320 mm; diameter 50–115 mm | Water supply, neck finish, rinsing basis and cap |
| RXGF / juice and tea | 4,000–32,000 BPH | 500–2,000 ml; height 170–320 mm; diameter 50–105 mm | Recipe, process temperature, heat-resistant bottle and cooling |
| DXGF / carbonated drinks | 4,000–28,000 BPH | 500–2,000 ml; height 170–320 mm; diameter 50–115 mm | CO2, filler-inlet temperature, pressure and foam limits |
Machine selection and configuration
Choose the Scope You Want Quoted
A new filling monoblock
Request rinsing, filling and capping on the actual beverage and bottle. Define included change parts, cap feeding, guards, controls and acceptance testing.
Review rinser-filler-capper scopeA replacement filler
Keep the retained conveyor and packing equipment visible in the scope. Supply transfer heights, running speeds, controls signals and a measured installation envelope.
A replacement fillerFilling with surrounding equipment
List preparation, bottle supply, labeling and packing as separate quotation lines. Catalog pictures explain interfaces; they do not make those machines automatically included.
Compare itemized equipment quotationsMachine selection and configuration
Compare machine arrangements
3-in-1 filling machine
Review when rinsing, filling and capping may share one coordinated platform.
3-in-1 filling machineLinear vs rotary
Compare format range, output, access, changeover and floor-space implications.
Linear vs rotaryMonoblock vs separate machines
Decide which operations and interfaces should be integrated or separately owned.
Monoblock vs separate machinesMachine selection and configuration
Machine arrangement comparison
| Arrangement | Useful when | Confirm first |
|---|---|---|
| Separate machine | One process step or replacement task is clearly defined | Transfer, controls, conveyor and speed interfaces |
| Filler-capper | The close and product-contact zones benefit from close coupling | Bottle transfer and cap system |
| 3-in-1 monoblock | Rinsing, filling and capping share one coordinated platform | Change parts, cleaning, access and reference output |
Machine selection and configuration
Selection sequence
- Define the beverage and filling condition.
- Confirm the package and closure.
- Set one reference container for output.
- Choose new project or replacement.
- Review hygiene and interfaces.
- Request a preliminary configuration.
Machine selection and configuration
Turn a Model Shortlist into a Comparable Purchase
Compare quotations on one scope
Use your own amounts, price the required additions and leave unresolved items visible.
Compare quotations on one scopeAgree a machine-specific FAT
Connect the package, output and quality requirements to retained test records.
Agree a machine-specific FATRequest a configuration and quote
Send the beverage, every bottle/cap format, required output and supply boundary.
Request a configuration and quoteCatalog equipment evidence
Compare Machine Families and the Equipment Around Them
The filling platform is selected first, then its verified preparation, container-handling, coding, packing and pallet interfaces are added to the project scope.
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Continue the same-language review
Use measured or controlled project data. Mark an item as open when it is not yet known instead of guessing.
Engineering decision guide
Continue the buyer decision path
Use these pages in sequence to understand, compare, plan, choose and prepare a project-specific request.
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Beverage Filling Machines
Compare filling machine families by beverage behavior, filling basis, package handling and the interfaces required around the filler.
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PET vs Glass vs Can for Beverage Filling
Compare PET, glass and cans through product protection, process, handling, closure, logistics and confirmed equipment availability.
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Filling Technology Comparison
Compare gravity, hot-fill and isobaric routes against the same product, package, acceptance and cleaning facts.
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Filling Machine Technical Specification Checklist
Create one controlled specification covering duty, formats, output, interfaces, utilities, materials, controls, tests, documents and exclusions.
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Request a Filling Machine Recommendation
Send a structured machine brief with the known product, package, output, site and project facts, while marking unknowns openly.
Buyer questions
Frequently asked questions
Which machine family should be compared first?
Begin with the beverage condition and package, then compare the filling principle and arrangement that can meet the reference output and interface constraints.
What are the main beverage filling machine types?
Common preliminary routes include gravity or normal-pressure filling for suitable still products, hot filling for validated heat-processed beverages, and isobaric or counter-pressure filling for carbonated products. Package and process evidence can change the route.
What should a beverage filling machine quotation include?
Ask for the machine boundary, reference product and package, rated and accepted output basis, change parts, utilities, product-contact scope, controls, tests, documentation, packing, service and stated exclusions.
Last reviewed:
Next machine-selection action
Request a Beverage Filling Machine Configuration
Send the beverage, bottle and cap drawings, output per bottle size, destination and equipment boundaries. Allot Tech can use that basis to review a project-specific supply proposal.