FullSharp erected a freestanding 200 kg steel rail frame with an ANVER vacuum tube lifter at a sack loading area, where each sack weighs several dozen kilograms and the ceiling cannot carry a rail. The operator presses the pad on, lifts, pushes along the rail to the pallet and releases, ending hand carrying and torn sacks.
Loading sacks is the heaviest job in the warehouse: each sack weighs several dozen kilograms, with hundreds handled per shift, and workers take turns carrying them, often tearing the sacks when dragging them. The warehouse ceiling also isn't strong enough to hang a rail directly from it.
FullSharp erected a freestanding 200 kg steel-rail frame on the floor, carrying an ANVER vacuum tube lifter. The operator presses the pad against the sack; once it grips, it lifts and pushes along the rail to the pallet, and releasing the handle lowers the sack down.
The freestanding 200 kg steel-rail frame with ANVER vacuum tube lifter at the sack-loading area.
The freestanding frame works even in rented warehouses or ones with weak roofs.
Even suction across the sack surface removes the need to grab corners or drag them.
One worker keeps pace with the conveyor, with no shift change needed for back strain.
A freestanding steel frame with columns and beams bolted to the floor carries the full load, so the roof is not touched. FullSharp checks the floor and span first.
No. The pad grips the sack surface instead of dragging it, which is how sacks used to tear. FullSharp chooses the pad to match the real sack material and weight.
It lifts and lowers with vacuum alone, controlled from the handle: press the pad on, lift, push along the rail and release. The rail covers the span from conveyor to pallet.
FullSharp needs the sack weight, the outer material, and the layout of your loading area to size the frame and the tube diameter. We erect the frame, install the equipment, and run tests using your own sacks.