Cap feeding
Pumps and triggers are harder to orient than many screw caps.
Closure comparison
Pumps, trigger sprayers and standard screw caps all need different handling checks before a capping machine is selected.
Buyer intent
Standard screw caps are usually easier to feed, place and tighten. Pumps and trigger sprayers can introduce dip tubes, orientation issues, taller closures and presentation requirements.
A flexible capping system may handle several closure families, but samples are essential because the cap feed and cap start become more complex as closure shape changes.
Specification checks
Use these checks to decide which route to discuss first.
| Question | Why it matters | What to send |
|---|---|---|
| Standard screw caps | Usually suited to spindle or chuck capping depending on speed and layout. | Cap diameter, thread and torque range. |
| Pump closures | Tall pumps may need special handling and cap start control. | Pump samples with dip tubes if fitted. |
| Trigger sprayers | Dip tube orientation can be the main challenge. | Trigger samples, tube length and bottle neck details. |
| Mixed closures | One machine may need change parts or a flexible setup. | Full list of closure families and output by SKU. |
Decision points
Pumps and triggers are harder to orient than many screw caps.
Taller closures can create more force and stability challenges.
Mixed closure families usually need more planned setup time.
Related pages
FAQ
Sometimes, but the decision depends on samples, output and acceptable changeover time.
Often yes, because the dip tube and trigger shape can complicate orientation and placement.
For short runs or awkward closures, manual placement can be more practical than complex automatic feed.
Send samples of every bottle and cap family with desired output and changeover expectations.
Ready to shortlist?
Lancing UK will help identify the most practical capping route and quote the right machinery scope.