No cap-feed space
Cap elevators or bowls can need more room than expected.
Line layout
Inline capping works best when the conveyor, cap feed, operators and neighbouring machines are planned together.
Buyer intent
The capping station needs stable bottle infeed, adequate space for cap presentation, access for adjustments and a clean handoff to labelling, coding or packing. Layout issues can limit output even when the capper itself has capacity.
Before finalising a quote, confirm conveyor height, line direction, utilities, operator access, cap supply location and how rejected or stopped bottles will be handled.
Specification checks
These details help prevent installation and integration problems.
| Question | Why it matters | What to send |
|---|---|---|
| Line direction | Machine orientation affects layout and operator access. | Drawing or simple sketch of the line. |
| Conveyor height | Equipment must connect physically. | Current conveyor height and bottle transfer points. |
| Cap supply | Caps need a practical route into the capping area. | Cap storage, feed height and operator position. |
| Downstream machines | Labelling or packing can become the bottleneck. | Downstream equipment and target speed. |
Decision points
Cap elevators or bowls can need more room than expected.
Operators need space for setup, clearing jams and routine checks.
A fast capper still underperforms if bottles cannot enter or leave smoothly.
Related pages
FAQ
It should be close enough to feed reliably while leaving access for operators and maintenance.
Often yes, but conveyor height, line direction and bottle spacing must be reviewed.
Yes. Poor infeed, outfeed or cap supply can reduce practical throughput.
Send photos, dimensions, line direction, conveyor height and where filling and labelling sit.
Ready to shortlist?
Lancing UK will help identify the most practical capping route and quote the right machinery scope.