FullSharp built a freestanding powder-coated steel frame supporting a 200 kg aluminum rail and electric hoist in a 2nd floor cold room, where molds and parts move from benches to pallets many times a shift. The ceiling was not built for suspended loads, so the frame stands on floor-bolted plates and covers both bench and pallet areas.
In a cold room on the factory's 2nd floor, operators move molds and machine parts from workbenches to pallets many times per shift. Carrying them by hand is tiring and risky, and the 2nd-floor ceiling was not designed to carry suspended loads, so rails could not be hung from the building.
FullSharp built a freestanding frame of powder-coated steel supporting a 200kg aluminum rail and an electric hoist. The frame stands on base plates bolted to the floor, independent of the ceiling, and covers both the workbench area and the pallet area.
Freestanding 200kg aluminum rail frame in a cold room on the 2nd floor.
The freestanding frame works on the 2nd floor where the ceiling cannot carry suspended loads.
Low-friction aluminum rail lets molds glide from bench to pallet.
Rust-free aluminum rail with a clean surface suits the production environment.
Use materials that do not rust in cold conditions. The aluminum rail in this project is rust-free and the trolleys run smoothly at low temperature.
Build a freestanding frame bolted to the floor. The frame carries the rail and hoist, so the ceiling takes no load. The base plates are bolted down so the frame stays steady.
A bridge rail runs on two runway rails, so the hoist reaches any point between benches and pallets. FullSharp sizes the frame to the real room.
Tell FullSharp the area to cover, ceiling height, maximum mold weight and the positions of benches and pallets. We survey the site, size the frame span and lay out the rails for the easiest operation.