FullSharp uses a 200 kg aluminum rail hung from the ceiling with a pneumatic jib crane below it, for factories that want lifting right above machines but have low ceilings and no floor room for a column. It runs on the existing compressed air, so no power cables cross the walkway, and the trolley is pushed along the full line.
Many factories want a lifting point right above a machine, but the ceiling is low and the floor is already crowded with equipment, leaving no room for a column. Running new power lines to each lifting spot also takes time and leaves cables crossing the walkway.
FullSharp uses a 200 kg aluminum rail hung from the ceiling, carrying a pneumatic jib crane below it. The aluminum rail is light, so the ceiling structure bears less load, and the equipment only needs the existing compressed air supply — the worker pushes and the trolley runs the full line.
Aluminum overhead rail with a pneumatic jib crane being test-run in the factory.
The entire load sits on the ceiling, so the work area below stays clear for people and carts.
The equipment runs on compressed air, using the existing air supply for a quick install with fewer electrical items.
Low friction in the aluminum rail lets the trolley stop exactly where the operator lets go, for accurate positioning.
An aluminum rail is lighter than steel of the same span, so it is easier to hang from the ceiling and pushes smoothly. The jib then lifts on air below it.
No. It lifts and lowers on air, with no electrical cabinet or cable at the work point. FullSharp checks the plant's air supply before installation.
Because the rail is light, the ceiling bears less load. FullSharp checks hanger points and the real load before fixing the rods.
The FullSharp engineering team visits the factory to measure ceiling height, check the beams and the existing air pressure. From there we calculate the hanger rod spacing, the aluminum rail length, and select a pneumatic jib crane matching your reach.