FullSharp installed a 500 kg overhead rail system on the plant ceiling with an ENDO air balancer running on a trolley, so loads can travel between several positions across a wide machine shop. The two-way rail grid covers the whole work area from above, the operator moves the load with a light push, and the floor and walkways stay completely clear.
When a load has to travel through several positions across a wide area, a hand cart or manual carrying both cost labor and slow things down. Plant floors are often packed with machinery, leaving no room for a standing lifting device, and any floor-based solution ends up blocking a walkway.
FullSharp installs a 500 kg overhead rail system on the ceiling, suspending an ENDO air balancer that runs on a trolley. The entire work area is covered by an overhead rail network, and the operator gives it a light push to send the load in the right direction, keeping the floor clear.
A 500 kg overhead rail system mounted on the plant ceiling, with an ENDO air balancer lifting a load.
The whole system hangs from the ceiling, leaving walkways and machine placement untouched.
The main and cross rail grid lets loads travel to almost any point in the area.
The air balancer carries the weight, so the operator only needs to guide the load.
When the floor is full of machines, a floor-standing crane or cart blocks walkways. A ceiling-mounted rail system hangs from rods above the work area, so the floor stays free and the load can still reach every station under the rail grid.
The air balancer uses compressed air to carry the load weight and holds it at the chosen height. It hangs from a trolley on the rail, so the operator lifts, positions and pushes the load along the main and cross rails with very little effort.
Overhead rail systems are built from main and cross rails hung by rods, so the layout can be planned to cover the current work area and extended when the line changes. FullSharp surveys the site and sizes the rails to the real load and route.
FullSharp inspects the ceiling structure and its load-bearing capacity before planning the rail route. Our engineers draw a rail layout that covers your actual work area, select an air balancer to match the load and travel distance, then install, test, and warranty the equipment on site.