Fully automatic dual head electric cap tightener torques caps onto containers with higher throughput rates than the single head version. All features of this dual head version are the same as that for the single head version.

This automatic cap tightener torques caps, pumps, and trigger sprayers onto containers at rates limited only by how fast the operator(s) can place them on the container. Caps and pump heads have already been placed onto the container upstream.

This unit is also often used as a retorquer after an induction seal has taken place. Heating of caps during an induction sealing process sometimes makes them become loose. The cap tightener / retorquer solves this problem. This particular machine can be upgraded to a fully automatic capping machine in the future.

Like the pneumatic inline version, this electric inline chuck cap tightener also uses few to no change parts and is usually reserved for larger, stable and oftentimes rectangular or square containers. Higher torque ranges and more precise torque application are achievable in this electric version. Very precise torque for demanding or critical applications are possible on this platform with optional magnetic, strain gauged clutches and “torque-open” chuck heads.

Automatic chuck cap tightener torques threaded caps to proper tightness at rates up to 30 CPM. Like the tightener above, the operator only places cap onto or into container; the machine automatically handles the container and torque action. Unlike the inline gating system above, the starwheel container handling device requires dedicated change parts.

This type of bottle handling system is typically used on smaller, less stable containers. Pneumatic version torquer can provide 13-75 inch pounds of torque, depending on cap and bottle combination. Electric versions can provide even higher and more precise application torque.

Automatic chuck cap tightener torques threaded caps to proper tightness at rates up to 30 CPM. Operator only places cap onto or into container; the machine automatically handles the container and torque action. An inline gating system with few to no change parts is used on this version. The inline style gate container handling is usually reserved for larger, stable and oftentimes rectangular containers.

Pneumatic version torquer can provide 13-75 inch pounds of torque. These units are available in singe head and two head versions.