FullSharp builds roll lifting tools matched to each workshop's roll diameter and weight and fits them to the jib crane or hoist already in place. The clamp grips the roll core or body and resists slipping and rotation, with a safety lock while loaded, so the roll lands on the shaft first time without dented edges.
Material rolls are heavy, round, and prone to rolling away. Hooking cables or straps around a roll takes time and can distort its edges. Every roll change on a machine also means re-aligning it several times over.
FullSharp builds a roll lifting tool matched to each workshop's roll diameter and weight, fitting it directly onto an existing jib crane or hoist. The clamping mechanism grips the roll's core or body, resisting slippage throughout the lift. The operator only needs to guide the position, without supporting any load.
A material roll lifting tool hanging from a hoist, gripping a roll at a production workshop.
Clamping force is distributed evenly, so the roll keeps its shape and fewer outer layers need to be discarded.
The roll lands on the correct shaft on the first try, cutting down production line downtime.
The tool attaches to the workshop's current jib crane or hoist, keeping investment cost low.
Yes. The suspension head connects to the existing jib crane or hoist hook, so there is no need to replace the lifting system, which keeps investment low.
The shaft and frame are built to the customer's roll core diameter and weight. FullSharp measures the actual rolls before designing the clamp.
Clamping force is spread evenly, so the roll keeps its shape and fewer outer layers need to be discarded. A safety lock keeps the clamp closed while carrying a load.
FullSharp measures the roll's diameter, width, and weight, and reviews the workshop's existing jib crane system. Our engineers design the tool to match the roll's exact specifications and manufacture it accordingly. The tool is fitted to the lifting system and load-tested before handover.