FullSharp installs an overhead aluminum rail with a pneumatic jib crane and a hook tool built for goods that have handles and lifting lugs, in a plant whose roof takes only light loads. The operator hooks on and lifts with no cable tying, and the trolley runs smoothly along the line while air power removes any spark risk.
A plant needs a lifting line running along the production flow, but the roof can only bear a light load. The goods also have handles and lifting lugs, so tying cables each time takes too long. Workers lifting by hand nonstop through a shift get tired, and the pace keeps slowing down.
FullSharp installs an overhead aluminum rail and suspends a pneumatic jib crane along with a dedicated hook tool. The aluminum rail is light, so the load on the roof is small, and the trolley runs smoothly along the line. The hook tool fits the goods' lifting points exactly, hook on and lift, eliminating the tying step.
Overhead aluminum rail suspending a pneumatic jib crane with a hook tool for material handling in the plant.
Aluminum rail is lighter than steel beams, so the existing roof structure usually needs no reinforcement.
The hook tool fits the lifting points exactly, so each lift takes only seconds.
Pneumatic power gives smooth speed, with no jerking when lifting starts or when lowering.
Tying cables for each lift takes time. A hook made to match the goods' lifting points hooks on and lifts at once, which keeps the pace steady through a shift.
An aluminum rail is light and corrosion resistant, so it adds little load to the roof. Hanger rods are spaced at calculated intervals, and FullSharp checks the structure first.
Air-powered lifting has no electrical sparks and responds quickly to the control lever, which suits many production areas.
FullSharp measures the lifting load, ceiling height and purlin type to select the aluminum rail and hanger rod spacing. Our engineers examine the product's lifting points to build a matching hook tool. Contact FullSharp for a site survey and proposal.