Automatic capping route
Automatic capping machines reduce operator handling and help keep a packaging line moving when output, repeatability and line integration become more important than manual flexibility.
Selection notes
Automatic capping machines reduce operator handling and help keep a packaging line moving when output, repeatability and line integration become more important than manual flexibility.
Buying detail
Automatic capping is usually considered when the filling stage is already fast enough to expose capping as the bottleneck. It can also improve consistency where cap placement and tightening torque need to be controlled across longer runs.
An automatic system needs caps presented reliably. Depending on the closure, that may involve an elevator, chute, bowl feeder or operator-assisted feed arrangement. The correct feed route prevents stoppages and misapplied caps.
Bottle infeed, conveyor speed, guides, rejection, coding and downstream labelling should be planned around the capper rather than added afterwards. This helps avoid speed mismatches and layout problems.
Include cap diameter, closure type, bottle size, target output, available space and whether the capper needs to connect to filling or labelling equipment.
Related routes
Use this route to compare the next stage of the screw capping project.
Use this route to compare the next stage of the screw capping project.
Use this route to compare the next stage of the screw capping project.
Use this route to compare the next stage of the screw capping project.
Use this route to compare the next stage of the screw capping project.
FAQs
Output depends on the closure, cap feed, bottle stability and line layout. Lancing can advise once samples and target speed are known.
Some systems can be configured for pump and trigger closures, but samples are important because closure height and orientation matter.
In most inline applications, yes. The conveyor and guides are part of the capping performance.