Other Methods:

• In conventional gripping and lifting methods, attaching the iron/steel materials to the lifting device is a difficult and cumbersome process, especially for heavy and large materials, and it results in time loss in production lines.

• In the case of traditional sheet metal lifting and handling devices (hooks, claw jaws, chains, ropes, etc.), long and thin sheet metal plates can bend, warp, or get scratched. When such issues occur, the lifted parts may need to be reworked, resulting in additional costs.

• Most importantly, other traditional methods can lead to workplace accidents such as hand/finger crushing, detachment, or even the workpiece slipping and falling onto personnel, which can cause more severe injuries.

FERROMAGNET Lifting and Transport Systems:

• FERROMAGNET's magnetic sheet metal lifting systems, which open and close with the press of a button, result in faster and safer handling, reducing processing time and increasing production capacity.

• FERROMAGNET's electromagnetic lifting and transport systems, specially designed by R&D engineers and product designers according to the size and weight of the workpiece, prevent bending, falling, and other issues during transportation. This means no reworking of the parts later, thus saving you from additional costs.

• FERROMAGNET magnetic lifting magnets, which only use electricity when being turned on and will never release the part they are holding until a shutdown command is given (even if the power is cut), provide safety by preventing workplace accidents.