Rinser
The bottle is received, gripped at the approved feature, inverted, rinsed and drained before transfer.
- Confirm grip geometry and neck support
- Define rinse-water supply and drain
- Inspect bottle marks and stability during FAT
One monoblock / three synchronized zones
3-in-1 Water Rinsing Filling Capping Machine
The monoblock combines bottle rinsing, still-water filling and cap application, but its commercial value depends on the confirmed scope around those three zones.
Filler
The filling zone must be matched to still product water, bottle geometry and the agreed operating basis.
- Define product-water boundary
- State valve and station configuration
- Measure output and fill-level results on the reference bottle
Capper
Cap sorting, conveying, placement and tightening are a system. A capper line item without the feeding scope is incomplete.
- Provide cap drawings and samples
- Confirm elevator, sorter, chute and buffer
- Agree the cap-result inspection method
Interfaces decide real performance
The monoblock cannot deliver an isolated catalog speed if bottle supply, treated water, cap supply or outfeed accumulation are unstable.
- Infeed elevation and line direction
- Upstream/downstream control signals
- Utility connection schedule
- Alarm, starvation, restart and accumulation tests
Reference basis
Rinsing, filling and capping shown as one synchronized platform.
The reference view makes the monoblock boundary visible together with cap handling and bottle outfeed. The signed proposal must still name every included interface.
3-in-1 machine working principle
How a rinsing, filling and capping monoblock works
A 3-in-1 water filling machine synchronizes bottle rinsing, still-water filling and screw capping on one rotary platform. The machine can reduce transfers and footprint, but the quotation is incomplete unless bottle infeed, cap handling, product-water supply, outfeed and control handovers are named.
Best fit: automatic PET bottled still water with an approved neck finish and screw cap. Glass bottles, carbonated water, hot-fill beverages, 3-15 L containers and returnable 18.9 L barrels require a separately confirmed machine concept.
| Station | Function | Buyer confirmation |
|---|---|---|
| Bottle infeed | Transfers neck-supported PET bottles from the air conveyor | Neck finish, bottle stability, conveyor height and starvation response |
| Rinsing | Inverts and rinses empty bottles before filling | Rinse medium, contact time, drainage and no-bottle behavior |
| Filling | Fills still water under the confirmed normal-pressure process | Valve count, level control, tank feed, hygiene and 500 ml output basis |
| Capping | Feeds, places and tightens the approved closure | Cap drawing, sorter, chute, torque method and missing-cap reject |
| Outfeed and controls | Transfers capped bottles and coordinates stops | Conveyor elevation, permissives, alarms, accumulation and emergency-stop boundary |
Guides
Browse related buyer guides
Machine configurationWater Filler PLC and Electrical Specification for Procurement→
Machine configurationWater Filling Machine Safety: Supplier Evidence Checklist→
Machine family mapChoose a Water Filling Machine by Bottle and Supply Scope→
PET still-water platformPET Bottle Water Filling Machine: XGF Proposal Guide→
Next procurement decision
Send bottle and cap data for a compatibility review.
Include drawings, bottle weight, neck finish, cap dimensions, samples, format count and required good output.