
LU-WB12 automatic bottle washer with 12 nozzles
Inline bottle washer for cleaning inner and outer bottle surfaces with conveyor integration for production lines.
View machineCompare automatic bottle washers, semi-automatic rotary washers, bottle washing and drying machines, and label-removal equipment before requesting a project-specific quotation.

Inline bottle washer for cleaning inner and outer bottle surfaces with conveyor integration for production lines.
View machine
Compact rotary washing route for beverage and glass-bottle projects where flexibility and footprint matter.
View machine
High-pressure water washing followed by clean-air drying for round-neck, flat and square bottle formats.
View machine
Label-removal support for bottle recovery and returnable-bottle preparation before washing or rework.
View machineThe most useful comparison starts with the bottle and cleaning task. A bottle rinser for clean bottles before filling is a different decision from a returnable-bottle washer, a label-removal process or a washing-and-drying route where moisture carry-over is a production risk.
Review bottle dimensions, contamination level, water and air supply, drainage, operator access, changeover frequency, conveyor height, accumulation and the next machine in the line.
The range covers inline washing, rotary semi-automatic washing, wash-and-dry handling and label removal. For searchers comparing machines, the useful decision is which route matches the bottle condition and the proof required after washing.
| Machine route | Best checked against | Useful proof before order |
|---|---|---|
| LU-WB12 automatic bottle washer | Inline output, nozzle access, conveyor integration and 12-nozzle washing requirement | Bottle dimensions, neck access, target hourly output and service requirements |
| LU-WB32 rotary semi-automatic washer | Glass-bottle handling, operator loading, rotary head suitability and flexible format use | Sample bottles, body diameter range, height range and returnable-bottle condition |
| Wash-and-dry machine | Whether residual water after washing affects filling, coding or labelling | Drying result on real bottles and compressed-air/site-service confirmation |
| LU-BLR18 label remover | Label material, adhesive type, bottle diameter and label-removal sequence | Before-and-after label-removal trial notes and bottle damage check |
Do not rely on a catalogue output alone. A useful quotation records bottle dimensions, residue, label state, required cleaning outcome, output target and utilities.
Drainage, water supply and any water-reuse objective should be discussed before layout approval. If figures are not verified for the selected configuration, the proposal should state that clearly.
Where bottles are new and need only loose-particle removal before filling, a rinser may be the better process. This site keeps heavy washing and reuse intent separate from rinser-only projects.
Compare the required output, labour input, bottle format range, changeover frequency, water and drainage services, access for cleaning, upstream loading method and whether downstream filling, capping or labelling is already fixed.
Only details supplied on first-party product pages or in supplied project files should be treated as verified. Where water use, energy use, bottle range, drying result or changeover time is unknown, it should be confirmed at specification stage.
For returned bottles, washing may not be enough if paper, film labels or adhesive remain attached. Label-removal or de-labelling can be a separate preparation stage before final washing or rework.
Send bottle photos, bottle dimensions, neck opening, material, residue or contamination details, label type, target output, utilities, footprint and where the machine will sit in the line.