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Complete beverage bottling line
Complete beverage bottling lineCatalog reference configuration · final scope follows the project brief

Beverage process + package architecture

Beverage bottling lines.From your beverage to the finished pack.

Plan a complete line for carbonated drinks, juice or tea: match preparation and treatment to the filling route, bottle or can, target output and end-of-line packaging.

Six inputs shape the line: product, fill state, package, closure, reference output and factory scope.

Define the project basis before comparing equipment

01 Beverage + recipe CSD · juice · tea · water 02 Product state CO₂ · particles · fill temperature 03 Container Compare PET · glass · can 04 Closure + pack Cap or seam · label · case 05 Reference output Good bottles or cans per hour 06 Plant + scope Water · power · air · steam · boundaries
Build My Bottling LineOpen the Complete Line Guide
Carbonated pressure route 01Carbonated pressure routeChill → blend → carbonate → isobaric fill → pack Juice / tea thermal route 02Juice / tea thermal routePrepare → heat treat → hot fill → invert or cool → pack

Catalog equipment references. Final configuration follows the confirmed beverage, package and output.

What are you bottling?

Choose the product before the machine.

Each entry begins with the conditions the beverage creates for preparation, filling and post-fill handling.

01

Water

Still, purified, mineral or sparkling

Place water inside the complete-line architecture → 02

Carbonated

CSD, soda and sparkling drinks

Build the pressure route → 03

Juice

Blended and hot-fill-compatible drinks

Build the hot-fill route → 04

Tea

Tea beverages with a confirmed thermal route

Review the tea architecture →
Energy Drink Lines Flavored Water Lines Juice with Pulp Carbonated Juice

The central distinction

Two beverages. Two very different production architectures.

A product name changes more than the filler. It can change preparation, utilities, temperature control, filling principle and what happens after closure.

Carbonated beverage complete line architecture from preparation to packing
Pressure routeCarbonated beverage complete-line architectureReview chilling, mixing, CO₂, isobaric filling and packing →
Juice beverage complete line architecture from preparation and heat treatment to packing
Thermal routeJuice and tea complete-line architectureReview preparation, heat treatment, hot filling and cooling →
Carbonated beverage architecture
Product water
01Raw-water review 02Selected treatment 03UV / hygienic control 04Chilling
Recipe + CO2
01Sugar / syrup branch 02Filtered CO2 branch 03Chilled product water 04Drink mixing / carbonation
Package
01PET blowing or can handling 02Pressure-controlled filling 03Closure 04Warming if required
Sanitation
01CIP circuit definition 02Cleaning program for validation 03Hygienic product delivery
Finished pack
01Inspection / coding 02Labeling 03Secondary packing 04Finished product

Functional decision route, redrawn from the supplied catalog reference. It is not a P&ID or final equipment sequence.

Explore the carbonated route
Juice hot-fill architecture
Preparation
01Water preparation 02Sugar / syrup 03Fruit blending 04Filtration
Product conditioning
01Buffer 02Homogenize if required 03Deaerate if required 04Heat treatment
Fill + treat
01Hot product buffer 02Hot filling 03Capping 04Invert if applicable 05Controlled cooling
Sanitation
01CIP circuit definition 02Cleaning program for validation 03Hygienic hot-product delivery
Finished pack
01Dry / inspect 02Label / code 03Secondary packing 04Finished product

Functional decision route, redrawn from the supplied catalog reference. It is not a P&ID or final equipment sequence.

Explore the juice routeCompare the tea route

What do you need to solve?

Enter by the project decision—not by a machine list.

Choose the unresolved question. Each path leads to a distinct planning answer, then back to one structured beverage-line brief.

01

I need the complete equipment boundary

What belongs between product preparation and the finished pack—and who owns every interface?

Define the turnkey scope →02

I need a defendable budget basis

Which product, package, capacity, site and execution boundaries change the real project cost?

Normalize the cost blocks →03

I need usable shift output

How do BPH, scheduled time, planned stops, running factor and yield become saleable packs?

Calculate usable output →04

I need comparable supplier quotations

Which product, package, factory, scope and acceptance inputs must every bidder answer?

Check RFQ readiness →05

I need to compare two suppliers

Which documents and witnessed evidence separate a claim from an executable proposal?

Compare supplier evidence →06

I need the right beverage route

Does the product need carbonation, heat treatment, hot fill, aseptic review or another architecture?

Compare process routes →07

I need factory and utility readiness

What must the building, power, water, air, drainage, access and logistics support before delivery?

Check the site boundary →08

I need an acceptance plan

What should be witnessed at FAT, completed at SAT and proved during a representative performance test?

Define acceptance evidence →09

I need to change an existing line

Can a new module integrate with the real controls, utilities, package flow and line balance?

Screen the upgrade →10

My line is losing output

Which availability, speed, quality or connected-machine event is reducing good finished packs?

Build the loss basis →

Buyer answer center

Eleven answers from beverage idea to accepted, operating line.

Choose the question blocking your project now. These owner guides connect process, package, capacity, procurement, project delivery and lifecycle decisions to one complete-line basis.

Beverage × package

The same beverage changes when the container changes.

Use the matrix to find a supported reference route or a combination that needs product and package evidence before configuration.

BeveragePETGlassCan
WaterStill routeSelected treatment + suitable fillingView architecture →Project reviewProduct and package confirmationView architecture →Project reviewProduct and package confirmationView architecture →
CarbonatedCSD routeChill + carbonate + isobaric fillView architecture →Engineering reviewPressure route and closure reviewView architecture →Canned CSDCan wash + fill + seamView architecture →
Juice / teaHot-fill routePrepare + heat + fill + coolView architecture →Glass hot fillHeat route + glass closureView architecture →Project reviewProduct/process evidence requiredView architecture →

Interactive decision tool

Find your preliminary bottling architecture.

Select plain-language product and package inputs. The tool returns a process route, not a price or guaranteed specification.

Step 1 of 6Step 2 of 6Step 3 of 6Step 4 of 6Step 5 of 6Step 6 of 6
1. What do you need—and what are you bottling?
2. Describe the product condition
3. Choose the package
JPG, PNG, WebP or PDF, maximum 4 MB.
4. Set output and formats
5. Define decoration and packing
6. Review the preliminary architecture

Preliminary beverage bottling architecture

Engineering review required

    Final process and equipment configuration requires product and project confirmation.

    By submitting, you ask Allot Tech (Suzhou) Co., Ltd. to use these details to review and respond to your equipment enquiry. See the Privacy Policy.

    Before the filler

    A beverage line begins upstream.

    These process systems determine what product reaches the filler and under which temperature, pressure and hygiene conditions.

    Across the complete line

    See the equipment interfaces—not just the filler.

    These catalog images show reference configurations across preparation, container handling, filling, post-fill treatment and packing. The project scope is confirmed from your product and factory inputs.

    Water rinsing filling and capping monoblock reference configuration Reference configurationWater fillingStill-water rinsing, filling and capping platform Glass bottle beverage filling line reference configuration Reference configurationGlass bottle routeGlass handling, filling and closure interface Can beverage filling and seaming line reference configuration Reference configurationCan beverage routeCan preparation, filling, seaming and transfer Beverage water treatment system reference configuration Reference configurationWater treatmentUpstream water-quality and usable-output basis Automatic beverage CIP cleaning system reference configuration Reference configurationCIP systemCleaning circuits, cycle design and production window Beverage pasteurizing and cooling tunnel reference configuration Reference configurationPost-fill treatmentInversion, pasteurization or controlled cooling as required PET bottle blow molding machine reference configurations Reference configurationPET bottle supplyBottle blowing and container-feed boundary Beverage palletizing and depalletizing line reference configuration Reference configurationEnd-of-linePacking, pallet handling and sustained line output

    Equipment appearance and arrangement are illustrative catalog references. The quotation must confirm product data, package, good-output target, utilities and responsibility boundaries.

    Filling process selection

    Compare the complete operating route.

    Use product state and post-fill needs to compare still, carbonated and hot-fill architecture.

    DecisionStill / ambientCarbonatedHot fill
    Product stateNon-carbonatedCarbonatedHeat-treated product
    Preparation focusWater/product hygieneMixing, CO2 and chillingBlending and heat treatment
    Filling basisSuitable still-product fillPressure-controlled / isobaricHot-fill-compatible route
    Post-fill focusInspect and packStabilize/warm if requiredInvert if applicable and cool
    Main project questionProduct-water conditionCO2 + temperature + pressureRecipe + process + package heat compatibility
    Compare Filling Processes

    Where performance disappears

    Six interfaces that can break a complete line.

    Useful engineering starts by naming system risks, not repeating a machine efficiency claim.

    01

    Preparation undersized

    The product stream cannot sustain filler demand.

    02

    Container starvation

    Blower or empty-container handling cannot feed steadily.

    03

    Temperature drift

    CSD or hot-fill conditions move outside the agreed basis.

    04

    Wrong filling interface

    Product, pressure or package conditions do not match.

    05

    Slow decoration / pack

    Labeling or packing creates repeated upstream stops.

    06

    No useful buffer

    Short disturbances propagate across the whole line.

    Review Line BalanceMeasure OEE & LossesPlan AccumulationMap Utilities
    Beverage machinery manufacturing network workshop panorama

    Manufacturing coordination

    One project brief across the machinery network.

    Use the confirmed beverage, package, output, site and scope basis to coordinate process, filling and packing equipment.

    Send the complete line brief

    Domain-specific buyer journey

    Move from the search question to a quote-ready complete line.

    Determine which complete process-to-pack architecture fits a beverage, package, output and factory basis. Each step keeps the next buyer decision visible.

    1. 01Search question
    2. 02Beverage + product basis
    3. 03Complete process route
    4. 04Package + saleable output
    5. 05Scope + commercial decision
    6. 06Quote-ready enquiry

    Allot Tech project desk

    Tell us what you want to bottle.

    For a useful first reply, send the beverage, package, target good output and factory. If a line is already operating, add the observed symptom, first-known-good and first-known-bad time, affected SKU, photos, alarms and available production data.

    Email This Topic to Allot TechBuild My Beverage Line Brief

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