In many working conditions, the factory need to lift thin and large steel plates. Such as: building construction,shipbuilding,automobile manufacture,Wind turbine,Light steel structure,Metal processing industry,etc.
But lifting thin and large steel plates is always a challenge.So why is that?
1.First, due to their thin thickness, these steel plates are more prone to deformation. During the lifting process, the slightest imbalance in force can cause bending or warping, which may affect the quality and usability of the steel plates.
2.Second, their large area makes it challenging to find the right lifting points. Ensuring even force distribution across the entire plate is crucial to prevent damage, but it can be difficult to determine the optimal lifting positions.
3.Third, thin and large-area steel plates are often more susceptible to wind and air currents, which can cause instability during lifting and increase the risk of accidents.
But the traditional lifting method has the following drawbacks when lifting thin and large steel plates:
When using hooks or slings, the gripping points may not be stable enough, causing the steel plate to slide or fall off during lifting, increasing safety risks.
During lifting, the force may be concentrated in a small area, causing local tearing or damage, affecting the overall quality of the steel plate.
Low efficiency, requiring multiple adjustments and inspections.
High labor costs: requiring more operators to cooperate, which increases labor costs and management difficulties.
Therefore, careful selection is necessary in practical operations, and more advanced lifting technologies and equipment should be considered to improve safety and efficiency.
Electro permanent magnetic lifting equipment may be able to help you!
l Stable and even lifting force:The electromagnetic lifting equipment can generate a strong and uniform magnetic field, ensuring stable and even lifting of thin and large-area steel plates. This minimizes the risk of deformation and damage caused by uneven force distribution.
l High efficiency and productivity: can quickly attach to and release steel plates, significantly reducing the time required for lifting operations. This increases work efficiency and productivity, especially in high-volume production environments.
l Safe and reliable:The strong magnetic force of the electromagnetic lifting device provides a reliable grip on the steel plate, reducing the risk of slippage and falling during lifting and transportation.
