Manual placement
May be sensible for awkward low-volume trigger closures.
Application
Spray bottle trigger capping projects need more than torque control because the trigger and dip tube must be handled correctly.
Buyer intent
The dip tube can catch, bend or misalign if the cap is not presented correctly. The trigger head may also need a finished orientation for packing or shelf presentation.
A practical specification should describe the bottle, liquid, trigger closure, dip tube length, target output and whether caps are manually placed or automatically fed.
Specification checks
These details affect whether the system can be automated reliably.
| Question | Why it matters | What to send |
|---|---|---|
| Dip tube | Dip tubes can catch during placement. | Actual trigger samples with tubes. |
| Trigger head | Shape can affect cap feeding and orientation. | Closure samples and orientation requirement. |
| Bottle neck | Cap start must be reliable before tightening. | Bottle neck finish and cap samples. |
| Output target | Automation complexity increases with speed. | Bottles per minute and run size. |
Decision points
May be sensible for awkward low-volume trigger closures.
Needs careful sorting, orientation and placement design.
Trigger bottles often connect with filling, labelling and packing stages.
Related pages
FAQ
The dip tube and trigger shape make placement and orientation more complex than simple screw caps.
It can often be designed into the process, but it must be specified early.
They may need project-specific feeding or orientation depending on the closure.
Send trigger closures with dip tubes, bottle samples and target output.
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Lancing UK will help identify the most practical capping route and quote the right machinery scope.