FullSharp installs a pneumatic jib crane with a force-sensing handle and a hook tool made for copper wire coils, so operators move coils from storage to the machine and slide them straight onto the shaft. The hook passes through the coil core and lifts both sides evenly, keeping the outer winding free of scratches and cutting rejects during frequent coil changes.
Copper wire coils are heavy, yet the outer winding scratches easily — hook it in the wrong spot and the whole coil gets rejected. Manual handling is tiring and makes it hard to center the coil on the machine shaft, especially when coils have to be swapped several times per shift.
FullSharp installs a pneumatic jib crane controlled by a force-sensing handle, fitted with a hook tool custom-made for copper wire coils. The hook slides through the core and lifts evenly on both sides, so a gentle push from the operator guides the coil straight onto the shaft.
Pneumatic jib crane with a dedicated hook tool lifting a copper wire coil at a factory.
The hook supports the coil from the core, so the surface stays intact and rejects drop.
The coil lands on the shaft center on the first try, so the machine waits less.
Compressed air carries the coil's weight, leaving the operator to guide direction and position.
A hook tool slides through the coil core and supports it from inside, so nothing presses on the outer winding. The surface stays intact, which matters for copper wire that is rejected after a single scratch.
The coil follows the operator's hand movement, so small pushes line it up with the shaft center quickly. When the handle is released the coil stays in place, leaving both hands free for final alignment.
Yes. The pneumatic arm rotates around its column and links the storage area with the machine, so coils are no longer dragged across the floor. FullSharp sets reach and capacity after checking the real coil weight and layout.
FullSharp measures the core diameter, coil width and weight, and the machine shaft height before designing the hook tool. Our engineers select the jib arm's radius to match your actual layout, then install the system and run a test with real coils at your site.