Capper
Weightpack
ELECTRONIC CAPPER for Pump dispenser
The special features of the electronic capper are its ability to maintain a constant torque in the application of each cap, and to handle special applications such as fragile caps or caps with very low torque requirements.
In fact the torque value of each head can be regulated from
0,02 Nm to 6,0 Nm, and can be added as a recipe by using the operator panel.
Therefore, for every cap, it's possible to memorize the correct torque value, and when necessary, to recall it by simple use of a push button function.
Technical and Construction Characteristics
The Electronic Capper WP is characterized by three functions that are the basis for a proper closure of the container:
The rotation motion provided by the servo motor to achieve a constant and accurate torque
A mechanical cam for the lowering and raising of the capping heads in phase with the pick-up of the caps and the application to each container
A separate mechanical cam to activate the capping chucks during the pick-up and release of the caps and/or for the release of the caps at the end of the capping function, in cases where the cap design would interfere with release of the cap.
The possibility to predetermine from the operator panel the torque value, or the exact number of turns necessary for capping in case of fragile caps or caps with a mechanical stop.
The special features of the electronic capper are its ability to maintain a constant torque in the application of each cap, and to handle special applications such as fragile caps or caps with very low torque requirements.
In fact the torque value of each head can be regulated from
0,02 Nm to 6,0 Nm, and can be added as a recipe by using the operator panel.
Therefore, for every cap, it's possible to memorize the correct torque value, and when necessary, to recall it by simple use of a push button function.
Technical and Construction Characteristics
The Electronic Capper WP is characterized by three functions that are the basis for a proper closure of the container:
The rotation motion provided by the servo motor to achieve a constant and accurate torque
A mechanical cam for the lowering and raising of the capping heads in phase with the pick-up of the caps and the application to each container
A separate mechanical cam to activate the capping chucks during the pick-up and release of the caps and/or for the release of the caps at the end of the capping function, in cases where the cap design would interfere with release of the cap.
The possibility to predetermine from the operator panel the torque value, or the exact number of turns necessary for capping in case of fragile caps or caps with a mechanical stop.
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