FullSharp installed a lightweight 200 kg aluminum rail over a warehouse loading area with a pneumatic vacuum pad for picking up carton boxes. The operator presses the pad on the box, suction holds it and the box is pushed along the rail to the stacking spot, removing the constant bending and lifting that loads the back.
Picking up carton boxes in the warehouse repeats constantly, and every bending, lifting motion loads the back. When boxes are stacked high or set deep, the work slows down even more.
FullSharp installs a lightweight aluminum rail system over the loading area, carrying a pneumatic vacuum pad. The operator presses the pad against the box, the suction holds it, and then pushes it along the rail to the stacking spot. The aluminum rail is light, so the hanging system stays compact and the route length adjusts to the floor plan.
An aluminum rail with a pneumatic vacuum pad used to lift carton boxes in the warehouse.
The vacuum pad carries the weight, so the operator just presses it to the box and pushes it along.
Being lightweight, the aluminum rail extends or bends fairly easily to match the warehouse layout.
Suction is spread evenly across the box surface, reducing torn walls and dented corners.
The pad is pressed onto the box and suction from the compressed air supply holds it. The weight is carried by the pad and rail, so the operator only pushes the box to its place.
Yes. The aluminum rail is light, so the hanging system stays compact and its length and route are adjusted to the loading area and pallet positions.
Those are the picks that slow manual work the most. The vacuum pad reaches the box and lifts it without the worker leaning in or stretching.
FullSharp surveys the warehouse floor plan, ceiling height, and the dimensions of the boxes typically handled. Our engineers finalize the rail route and select the pad type to match the box surface. FullSharp then installs, hands over, and provides on-site warranty.