Machine architecture / three working zones

3-in-1 Bottled Water Filling Machine

Name: 3-in-1 Bottled Water Filling Machine
Brand: Allot Tech

A 3-in-1 bottled-water filling machine transfers PET bottles through rinsing, normal-pressure filling and capping inside one synchronized monoblock. Selection still depends on the approved bottle, neck, cap, target BPH and connected equipment.

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Answer first

Choose a 3-in-1 monoblock when the same PET bottle can be handled by neck through the three synchronized zones and the product is suitable still water. The machine reduces transfer points between separate rinsing, filling and capping machines, but it does not eliminate the need to define infeed, product-water, cap and outfeed interfaces.

Suitable for

Projects that match this page decision

Still purified, mineral or spring water in PET or suitable plastic bottles
Commercial small-format bottles with a confirmed neck finish and screw cap
Projects that can provide bottle and cap samples before final design

Not suitable for

Boundaries that need a different platform or review

Carbonated drinks that require an isobaric filling platform
Juice or tea processes that require hot filling or product-specific treatment
18.9 L or 20 L returnable barrels, glass bottles or cans

Inputs required

Evidence to provide before confirmation

Bottle volume, height, diameter, neck drawing and empty-bottle sample
Cap type, diameter, height, material and cap sample
Required saleable output, reference bottle and expected operating hours
Product-water supply, air-conveyor entry, outfeed direction, voltage and space

Machine function

What happens at this machine or decision boundary

The rinser grips the neck, inverts the bottle, applies rinse water and drains it before transfer.
The filling zone receives treated product water and fills under the confirmed still-water operating principle.
The cap system sorts, conveys, places and tightens the approved closure before the bottle leaves the monoblock.

Configuration decisions

Options that must appear in the proposal

Station configuration and reference speed
Bottle-neck handling and change-part scope
Cap feeder, sorter and capping-head arrangement
Included guards, tanks, pumps, piping and transfer sections

Interface requirements

Upstream, downstream and utility handovers

Air conveyor must present stable bottles at the agreed height and direction.
Product-water conditions at the machine boundary must be defined in the proposal.
Outfeed must transfer filled bottles without back-pressure damage or unstable accumulation.

Buyer risks

Questions to close before order

Buying from a model name alone without comparing the actual scope
Applying a 500 ml catalog speed to 1.5 L or 2 L bottles
Assuming every neck finish and cap will work without samples or drawings

FAT checks

How to verify the agreed basis

Run the approved bottle and cap for an agreed continuous period.
Record actual output, rejected bottles, fill-level variation, leakage and cap results.
Check alarm, stop, restart and no-bottle/no-cap logic at the defined interfaces.

Quotation scope

What the commercial offer should state

Rinsing, filling and capping station counts
Reference container and output basis
Included infeed, cap handling, outfeed, tank, piping and controls
Change parts, spares, FAT method, documents and installation responsibility

Allot Tech / 3-in-1-bottled-water-filling-machine

Turn this decision into a comparable machine scope

Send the bottle, cap, reference output, existing equipment and destination. Final values are confirmed in the project proposal.