The "pick and place" capping machine can be made with either one capping head or multiple heads. This design of machine is especially
suited to applications where the caps design (or cork depending on the application) is not suited to using the leading edge of the
bottles neck to "snatch" the cap out of the cap delivery channel prior to tightening. This style of machine is particularly suited to push fit or
pressure fit caps, pre-threaded caps and corks that are manufactured out of metal or plastic. The caps are sorted by the rotary cap sorter,
when in the correct orientation caps exit the feeder and enter into the cap delivery channel. Each cap is released from the channel onto a
rotating "transfer disc". This disc puts the cap in the correctly timed sequence or "pitch" so that the cap is positioned directly under its' capping
head. The capping head descends down onto the cap and seizes it in the capping jaws, the capping head
then places the cap onto the bottle neck and tightening begins. If there is no container or bottle to be capped, then no cap is released from
the cap delivery channel (cap dispensing is timed to the bottles presence) NO BOTTLE - NO CAP, Depending on the type of cap, a variable
speed unit can be fitted onto the closing turret to enable increased rotation of capping heads.
The "pick and place" capping machine can be made with either one capping head or multiple heads. This design of machine is especially
suited to applications where the caps design (or cork depending on the application) is not suited to using the leading edge of the
bottles neck to "snatch" the cap out of the cap delivery channel prior to tightening. This style of machine is particularly suited to push fit or
pressure fit caps, pre-threaded caps and corks that are manufactured out of metal or plastic. The caps are sorted by the rotary cap sorter,
when in the correct orientation caps exit the feeder and enter into the cap delivery channel. Each cap is released from the channel onto a
rotating "transfer disc". This disc puts the cap in the correctly timed sequence or "pitch" so that the cap is positioned directly under its' capping
head. The capping head descends down onto the cap and seizes it in the capping jaws, the capping head
then places the cap onto the bottle neck and tightening begins. If there is no container or bottle to be capped, then no cap is released from
the cap delivery channel (cap dispensing is timed to the bottles presence) NO BOTTLE - NO CAP, Depending on the type of cap, a variable
speed unit can be fitted onto the closing turret to enable increased rotation of capping heads.