In steel plant, the handling of steel I-beams stands is a arduous task. Traditionally, this process has been associated with high labor intensity and relatively low efficiency, often relying on cumbersome methods like hook hoisting.
This case is a bustling steel yard tasked with the loading and unloading of bundled steel I-beams. Prior to the integration of electro permanent lifting magnets, the conventional approach involved hook hoisting, which not only imposed significant physical strain on workers but also resulted in suboptimal efficiency levels. However, with the introduction of four units of the cutting-edge HEPMB-180125S electro permanent lifting magnets, capable of collectively hoisting bundles weighing up to 20 tons, a paradigm shift occurred.
The improvements were multifaceted and profound. Firstly, the efficiency of the lifting process witnessed a remarkable surge. Compared to traditional methods, the simplicity and directness of utilizing electro permanent lifting magnets led to a substantial increase in lifting efficiency. This enhancement directly translated into time savings and heightened operational throughput.
Moreover, the integration of electro permanent lifting magnets resulted in a reduction in manual labor by one person. The entire lifting operation could now be seamlessly orchestrated via wireless remote control, mitigating the physical strain on workers.
The deployment of EPLMs represents more than just a technological upgrade; it signifies a commitment to efficiency, labor optimization, and safety excellence. By harnessing the power of innovative lifting solutions, industries can transcend the limitations of conventional methods, paving the way for a future defined by heightened productivity and unparalleled safety standards. For more information, please contact us at export@hvrmagnet.com
