Lifting Magnets Specializing in Handling Massive Steel Plates

A leading new energy battery manufacturer faced challenges with the handling and sorting of multiple steel plates. The existing lifting equipment was cumbersome and inefficient, often causing delays and operational disruptions. The facility required a solution that would enhance operational efficiency, improve safety, and allow for precise handling of steel plates.

To address these challenges, we proposed the use of our Electro Permanent Lifting Magnets (SWL 20T). These lifting magnets are specifically designed for handling multiple steel plates, providing precise control and operational efficiency.

The electro permanent lifting magnets offer precise control over the depth of the magnetic field. This feature enables accurate handling and release of individual steel plates, which is crucial for sorting and processing. The ability to manage the magnetic field depth ensures that each plate is securely gripped and released without affecting adjacent plates, significantly enhancing the efficiency of the sorting process.

Our lifting magnets are capable of handling multiple plates simultaneously while allowing for individual plate release. This flexibility streamlines the unloading and sorting process, leading to greater operational efficiency. The magnets' ability to handle several plates at once while providing precise control over each plate’s release accelerates workflow and minimizes downtime.

Results

After the implementation of the electro permanent lifting magnets, the battery manufacturer experienced notable improvements in their operations:

Increased Productivity: The time taken to load and unload steel plates was reduced by 30%, allowing for more efficient workflow.

Improved Safety Record: The incidence of accidents related to lifting operations decreased by 50%, contributing to a safer work environment.

Cost Savings: Reduced downtime and improved efficiency led to significant cost savings, enhancing the company's profitability.

Conclusion

By providing precise control, eliminating the need for continuous power, enhancing safety, and improving operational efficiency, these magnets addressed the facility's challenges and contributed to a more streamlined and secure operational process.