In the field of industrial lifting, it is crucial to improve lifting efficiency, ensure safety, and reduce costs. This article will introduce a successful application case of using an electric permanent magnet lifting device in conjunction with a forklift to lift steel plates, demonstrating the outstanding advantages of this innovative solution.
Application
Our large steel plant client is facing the challenge of lifting steel plates. The traditional lifting method has problems such as low efficiency, safety hazards, and damage to the surface of steel plates. To address these issues, the factory has introduced electric permanent magnet lifting equipment and used it in conjunction with forklifts.
The electric permanent magnet lifting device adopts advanced permanent magnet technology, which has strong magnetic force and reliable clamping force. It can quickly adsorb steel plates and maintain stability during lifting without shaking or falling off. Compared with traditional lifting devices, electric permanent magnet lifting devices do not require continuous power supply and only consume a small amount of electricity during magnetization and demagnetization, which has the advantages of energy conservation and environmental protection.
In practical use, forklift drivers put electric permanent magnet lifting devices on steel plates. Then, with simple operations, they can make the device magnetize and lift the plate.
The electric permanent magnet lifting device has a unique design. It keeps the steel plate balanced and stable, cutting down risks during lifting.
Also, its fast magnetization and demagnetization features boost efficiency. Lifting operations become quicker, and the lifting time is greatly reduced.
In addition, electric permanent magnet lifting equipment offers the following advantages:
Non – destructive lifting: It doesn’t damage the surface of the steel plate at all, ensuring product quality. For example, when lifting, the magnetic force adheres to the plate without scratching or denting it, which is crucial for maintaining the integrity of the steel plate’s surface.
Safe and reliable: The equipment doesn’t lose magnetism during a power outage. This means that even in case of unexpected power failures, the steel plate won’t fall off. Operators can rest assured that the lifting process remains secure, protecting both the workers and the valuable steel plates.
Easy to operate: Just one forklift driver can carry out the lifting operation, reducing labor costs. Instead of needing a team of workers to handle the lifting, this simple setup allows for more efficient use of manpower.
Strong adaptability: It can lift steel plates of different specifications and shapes, fulfilling various lifting requirements. Whether it’s a large, thick steel plate or a small, oddly – shaped one, the equipment can adjust to handle the task.
The steel plant has reaped significant benefits by using electric permanent magnet lifting equipment in tandem with forklifts to lift steel plates. The lifting efficiency has increased by more than 50%, while reducing manpower and equipment losses. For instance, workers can now handle more steel plates in the same amount of time, and there are fewer instances of equipment breakdowns related to improper lifting. Additionally, because the lifting process is safer and more stable, production interruptions and losses caused by lifting accidents are avoided. The plant can operate smoothly without disruptions due to such incidents.
In short, the ideal combination of electric permanent magnet lifting equipment and forklifts provides an efficient, safe, and reliable solution for lifting steel plates. This innovative application case isn’t only suitable for the steel industry but can also be extended and applied in other fields that require lifting metal sheets. By doing so, it brings higher production efficiency and economic benefits to enterprises. For example, in the construction industry when handling metal sheets for building structures, this technology can be just as effective.
Visit for more.
