FullSharp installed a steel rail suspended from the ceiling with rods and mounting plates bolted into the structural beams, carrying a 200 kg KITO hoist on a trolley, for a cramped upper-floor production area. The load runs entirely through the ceiling so the floor stays clear, and the worker simply pushes the trolley along the fixed lifting line.
Production areas on upper floors are often cramped and can't accommodate extra floor-mounted stands. Every square meter of floor is needed for machines and walkways, while lifting still has to happen continuously along a fixed line.
FullSharp installs a steel rail suspended from the ceiling using a system of suspension rods and mounting plates bolted into the structural beams, then hangs a 200 kg KITO hoist on the trolley. The load runs entirely through the ceiling, the floor stays clear, and the worker simply pushes the trolley along the rail and presses the lift button.
Ceiling-mounted steel rail with a 200kg KITO hoist running along the working line inside the workshop.
No support columns on the floor, giving more freedom to arrange machinery and walkways.
The rail and support spacing are calculated from the actual ceiling structure, running reliably even on higher floors.
The trolley covers the entire rail length, so one system serves multiple consecutive working points.
Yes. Suspension rods and mounting plates are bolted into concrete ceilings or structural beams and spread the load across each support point.
Upper floors are often cramped. With no support columns, every square meter of floor stays available for machines and walkways.
The KITO hoist in this project is rated at 200 kg. FullSharp sizes the steel rail, rods and mounting plates to the working load and the ceiling structure.
FullSharp checks the ceiling structure, beam locations, and clear height before finalizing support spacing. Our engineers calculate the rail length based on your actual working line and select the right hoist capacity. We then install, run a test, and provide on-site warranty support.