Corrugated sheet metal handling has been important since it is applicable for roofs, walls, and interior and exterior wall decoration of industrial and civil buildings, warehouses, special buildings, and large-span steel houses.
Today we are going to address the other big weakness of the electro-permanent magnet by sharing an application case of magnetic grippers for robot arm carrying round bars under the high temperature of 600℃.
Those who deal with magnets should know that high-temperature environments have a demagnetizing effect on the magnetism of magnets. So how does the magnetic gripper for the robotic arm end effector produced by HVR MAG work normally at a temperature of 300°C?
By seeing how HVR robotic arm magnetic grippers help Zoomlion achieve energy efficiency, we see the world's top 500 equipment manufacturing enterprise realize production and capacity improvement under the premise of achieving "carbon neutrality".
Our customer is an Argentine steel fabricator who attaches great importance to state-of-art equipment to improve efficiency and quality. The company has a tailored cutting table for special cutting, on which they process ferrous sheet metal to specific sizes requirement. How do HVR robotic arm magnetic grippers help automate their steel cutting lines?
With its strong magnetic force, the automated electro-permanent magnet can not only carry workpieces such as steel plates, strip coils and billets, it can also be used as a fixed clamping device for the clamping of workpieces in industrial production, e.g. for welding fixing. Today, HVR is sharing a practical example of an automated electro-permanent magnet
