FullSharp installed a 200 kg aluminum overhead rail along the cutting and packing area with a foam panel gripper hanging below it. The wide jaws spread the clamping force so the large, light panel is held securely without denting, and one worker moves it along the rail instead of two people carrying it across the plant.
Foam panels are light but large and dent easily. Two workers carrying a panel across the plant get in each other's way, the panel flexes in the wind, and it dents the moment it touches a machine frame.
FullSharp installed an aluminum overhead rail along the cutting and packing area, with a foam panel gripper tool hanging below. The clamping force is spread across a wide area, so the panel is held securely while its surface stays intact.
An aluminum overhead rail with a gripper tool holding a foam panel in the plant.
Wide clamp jaws with just the right force prevent dents and broken corners.
The panel hangs on the rail, so one person can move even a large panel.
The aluminum rail doesn't burden the ceiling structure the way a steel rail line would.
Wide clamp jaws with controlled force spread the grip over a large area, so the panel is held securely without dents or broken corners.
A formed aluminum rail is light, hangs from threaded rods and is easy to extend along the work area. This one is rated at 200 kg.
FullSharp sizes the jaws and gripper frame to the customer's panels. Panel dimensions and thickness are needed before the tool is designed.
FullSharp measures the panel size, weight, and the route length needed in your plant. We select the aluminum rail size, calculate ceiling mounting points, and build the clamp jaws to match the exact foam panel thickness before installation.