Automatic bottle washer with 12 nozzles and conveyor system for inner and outer bottle cleaning in production lines.
An inline automatic bottle washing route for manufacturers that need a cleaner, more repeatable stage before filling or downstream packaging. The machine is positioned for both inner and outer bottle-surface cleaning with conveyor integration.
Use the data below as an initial guide only. Bottle washing performance depends on container stability, neck opening, nozzle access, cleaning requirement, operator loading, conveyor flow and the condition of bottles entering the machine.
For a reliable proposal, send bottle drawings or samples with your target output and site constraints.
| Machine model | LU-WB12 |
|---|---|
| Listed working speed | About 2,800/h |
| Nozzle quantity | 12 |
| Listed power | 0.75kW |
| Listed voltage | 110/220V |
| Best-fit discussion | Bottle dimensions, residue, line speed and utilities |
Send bottle photos, dimensions, residue details and required bottles per hour. We’ll check which washing route is most suitable before quoting.
Send enquiryThis additive specification section keeps the existing machine details in place and adds the practical checks normally needed before a bottle washer is confirmed for production.
The first-party specification lists 12 nozzles, output at about 2,800 bottles per hour, 110/220V supply and 0.75kW power for this route.
Final suitability still depends on the real bottle, residue, site utilities, changeover expectations and where the machine sits in the wider line.
This machine is best considered for inline washing where bottle movement, conveyor transfer and nozzle alignment need to be checked before filling.
| Specification area | What to confirm | Why it matters |
|---|---|---|
| Cleaning validation | Visible residue, odour, label adhesive, internal droplets and outside finish after the test | Prevents choosing a machine before the required clean outcome is defined |
| Wash chemistry and temperature | Whether water-only, detergent, caustic or heated-water review is required | Different residues, bottle materials and adhesives behave differently |
| Water and drainage | Supply, pressure, filtration, drainage capacity and any water-reuse objective | These affect performance, reliability and installation planning |
| Changeover and access | Format changes, guides, nozzles, bottle carriers, operator access and cleaning access | Practical production time depends on more than headline output |
Test real bottles rather than relying only on catalogue descriptions. Check bottle stability, neck access, residue removal, external finish, drainage, dry-off where relevant and line transfer behaviour.
No. Water, energy and drainage requirements should only be published or quoted once the selected configuration, wash stages, output and site services are known.
Send bottle photos, drawings or dimensions, material, neck opening, height, diameter, residue type, label condition, desired pass/fail outcome, target output and site-service information.
Another route may be better if the required output, labour level, bottle stability, drying need, label-removal problem or footprint does not match the selected machine route.
Useful supporting pages: cleaning validation, water and drainage planning, returnable bottle preparation and project enquiry.
The LU-WB12 route is strongest when the bottle can be consistently presented to the nozzles and moved through the conveyor without instability. The published Lancing specification lists 12 nozzles, 110/220V, 0.75kW and a working speed around 2,800/h, but the usable output for a project still depends on bottle handling, residue level, operator workflow and the connected line.
| Check | Why it matters | Evidence to send |
|---|---|---|
| Nozzle and neck access | The bottle opening and shoulder shape affect whether the internal wash route can contact the relevant area. | Neck opening, photos, drawings or sample bottles. |
| Conveyor stability | Lightweight or tall bottles can limit real running speed before the washer itself becomes the constraint. | Height, diameter, base style and target transfer route. |
| Residue level | Dust, oil, odour or visible product residue may require a different wash brief from a simple new-bottle clean. | Before photos and a pass/fail description after washing. |
For returned or visibly contaminated bottles, use the chemistry and residue testing guide before comparing this inline washer with the wash-and-dry machine.
No. The listed speed is useful for early comparison, but realistic output depends on the bottle, residue, conveyor behaviour, operator workflow, changeovers and the wider line.
Confirm the neck opening, shoulder shape and nozzle access with drawings, measurements or samples before assuming the wash reaches the required internal area.
Compare wash-and-dry machinery when residual moisture after washing could affect filling, labelling, coding or packing.
The LU-WB12 is listed with 12 nozzles, 110/220V supply, 0.75kW power and output of about 2,800 bottles per hour. Those first-party figures describe the machine route; project acceptance should still use the actual bottle family, contamination and line conditions.
Provide the upstream conveyor speed and height, bottle pitch, accumulation method, downstream filler requirement and intended start/stop logic. If the washer is to run as part of a complete line, define what should happen when the filler stops, bottles back up or water pressure is outside the agreed operating condition.
View the corresponding first-party Lancing machine information or send bottle samples and line details for review.
The LU-WB12 page contains verified starting data. These additional questions define the handling, nozzle and line evidence needed before that data is treated as a project result.
Narrow-neck, offset-neck, lightweight, unstable and strongly shaped bottles need the closest LU-WB12 nozzle-alignment checks. The bottle opening must arrive consistently over the intended wash position without the body twisting, tipping or striking guides during transfer.
The trial should include the smallest neck opening, least stable base and widest body expected in production. Check both entry and exit because a bottle that locates correctly over a nozzle can still become unstable when liquid drains or the conveyor restarts.
The 12-nozzle layout should be tested with the actual bottle pitch, guide setting and conveyor behaviour intended for the project. Confirm that every bottle reaches the correct position, receives the intended internal and external wash exposure, drains without interfering with its neighbour and leaves the station in a stable orientation.
A timed trial should record missed positions, leaning bottles, contact between containers, retained liquid and the conditions used. Bottle pitch is part of the process specification, not only a conveyor dimension.
Sustainable LU-WB12 output can be reduced by bottle instability, inconsistent infeed spacing, manual replenishment, rejected bottles, drainage time, downstream stops and the need to inspect or rewash failures. The listed figure should therefore be confirmed under the bottle, line and acceptance conditions agreed for the project.
Measure conforming bottles leaving the complete test, not only conveyor movement through the wash station. If the filler or labeller stops frequently, accumulation and interlocks can be as important as the washer cycle.
An inline LU-WB12 project needs the downstream conveyor height, bottle direction, required spacing, filler infeed behaviour, available accumulation, stop/start logic and the condition in which bottles must arrive. Confirm whether residual water, external wetting or bottle temperature can affect filling, capping, labelling or coding.
The controls discussion should define run permission, fault signals, emergency-stop interface and what happens to bottles already inside the washer when the next machine stops.
Send bottle dimensions, neck opening, photographs or samples, contamination duty, required output and the surrounding conveyor information for a project-specific review.
Send bottle-washing project details