Bottle range
Height, diameter, shape, fill level and material affect side-belt and guide design.
Specification guide
Inline spindle capper specification
Inline spindle cappers work best when the bottle, cap and line conditions are defined clearly. This page highlights the details that shape the recommendation.
Cap range
Diameter, height, liner and thread quality affect spindle wheel setup and torque consistency.
Line conditions
Conveyor height, infeed, outfeed and upstream output affect integration.
Shortlist route
Which route is most likely to fit?
Use these checks to decide whether the project is a semi-automatic, compact or automatic inline capping route.
| Project signal | Likely route | Why it matters |
|---|---|---|
| One stable round bottle | Standard inline spindle route | Simple project when the cap and bottle are compatible. |
| Multiple SKUs | Format and changeover plan | Ensures the machine remains practical beyond one bottle size. |
| Cap feed needed | Elevator, chute or bowl feed | Reduces manual workload where cap format supports feeding. |
Related routes
Move to the most relevant capping page
FAQ
Questions buyers ask
What makes a spindle capper suitable?
Stable bottles, threaded caps and the need for repeatable inline tightening are strong indicators.
Can spindle cappers run different bottle sizes?
Often yes, but the adjustment range and change parts must be planned.
What output detail is needed?
State target bottles per minute or hour and whether output must be sustained across a shift.
Ready to shortlist?
Send the bottle, cap and target output.
Lancing UK will help identify whether you need a semi-automatic capper, compact capper, inline spindle capper or specialist cap feeding route.