Spindle capping machines
Compare the main automatic, compact and semi-automatic capping routes.
Cap-feed decision
When does a spindle capper need automatic cap feeding?
Choose the feed route around sustained output, cap geometry and operator workload.
Direct answer
When does a spindle capper need automatic cap feeding?
A spindle capper needs automatic cap feeding when manual placement cannot keep up with the sustained line rate, when orientation must be controlled consistently, or when operator workload creates errors. The decision depends on cap geometry, bottle pitch, target output, changeover frequency and how the cap is presented to the thread.
Manual, assisted and automatic feed comparison
| Feed route | Best fit | Evidence to check |
|---|---|---|
| Manual placement | Short runs, low speed or complex closures that need operator judgement. | Operator workload, missed caps and repeatable placement angle. |
| Assisted chute or elevator | Moderate output where feed supply can be improved without a fully automated orientation system. | Cap starvation, double feeding and restart after interruption. |
| Vibratory or bowl feed | Higher output or orientation-sensitive caps where continuous, repeatable delivery is needed. | Sorting reliability, cap damage, changeover time and handover to the bottle. |
Related guidance
Continue the specification
FAT checklist
Plan evidence for sample testing, acceptance and handover.
Ask Lancing to review the pack
Send bottle, cap, samples, target output and any known fault evidence.