FullSharp built a free-standing H-beam frame on the floor with an electric hoist on a trolley, for factories whose roof cannot carry a rail or whose landlord does not allow drilling into it. The columns, base and beam are engineered to the actual load and span, and the hoist travels the full length of the frame.
Not every factory has a roof structure strong enough to support a rail. When the roof is weak or a rented building doesn't allow drilling into the roof, installing lifting equipment often stalls right at the survey stage.
FullSharp builds a freestanding H-beam frame on the floor, then hangs an electric hoist from the beam. The columns and base are engineered to the actual load, and a trolley moves the hoist along the beam so the work area covers the full length of the frame.
A steel H-beam frame with electric hoist installed in a production area.
The freestanding frame works even where the roof structure can't take the load.
Span and frame height are designed to match exactly where you plan to place it.
A straightforward structure erects quickly, and every part is in plain view for easy periodic checks.
A free-standing H-beam frame carries the hoist on its own columns bolted to the concrete floor, so the roof takes no load at all.
Capacity is engineered to the actual need. FullSharp sizes the beam profile, columns and hoist from the load weight and span required.
Yes. A trolley moves the electric hoist along the beam smoothly with a stable stop, so the work area covers the full length of the frame.
FullSharp visits to measure your floor space, clear height, and the load you need to lift. We engineer the beam, columns, and base plates, then provide an installation plan including how to anchor it securely to the floor.