Basic Guide to Permanent Magnet Lifter

With greater performance and reliability, the Permanent Magnetic Lifter has a broad array of applications in industry and our daily lives. So, how exactly does a permanent magnetic lifter function? Magnet lifter manufacturers, on the other hand, make lifters that have a robust magnetic path created by the NdFeB magnet, which generates constant power. The magnetic path is changed on and off by twisting the manual handle.

What are the Benefits of Permanent Magnetic Lifter?

· Compact and lightweight.

· Ensure plant safety as there’s no direct contact with staff.

· The big and heavy work piece can be shifted /handled carefully effortlessly by only one operator.

· Lifting magnets save time and labour, and thus increases productivity.

· Lifting magnets utilize space more efficiently.

· Neodymium Magnetic Powered System.

· No need to increase stacking height.

· Simple and fast operation with ON/OFF system.

· Ideal for round and flat material.

· Higher lift to its weight ratio.

What are the Features of Permanent Magnetic Lifter?

Compact, lightweight, smaller volume, strong attraction, intense lifting effort, safe and easy to operate, long-period effort, and no power supply are all features of the lifters.

You can always instruct your hand winch suppliers and JIB crane suppliers to customize your machine.

What are the Applications and Uses of Magnetic Lifter?

Permanent magnetic lifters are principally used for hoisting round steel and steel plate. Magnetic lifters are frequently utilized in the warehouse, transportation, ship engineering, and machinery manufacturing due to their lightweight, easy handling, and strong suction.

Permanent magnetic lifters are commonly utilized in industrial terminals and warehouses as lifting tools. There is a magnetic system generated by strong magnetism NdFeB magnetic materials in this permanent magnet lifter. The magnetic switch can be controlled by spinning the handle. It features no electricity, a low volume, small size, higher storage force, convenient and reliable operation, and a steady magnetic field.

Lifting electromagnets are used to load and transfer cast ingots, metal, steel balls, and various steel scraps using a unique magnetic circuit design.

The applications of the lifter include—

· Especially useful during the fabrication process.

· For lengthy plates/pipes/bars, a spreader beam with numerous magnets can be employed.

· Frequently used near a flame.

· Handling steel plates, rounds, blocks, and press moulds, as well as loading and unloading huge machines.

· It's possible to use it with mobile cranes.

· Unlike slinging and binding, it can manage finished components without scratching them.

Depending on the different requirements of clients, snatch block manufacturers can design and generate multiple series of lifters.

What Are Some Key Factors for the Safe Functioning of Lifting Devices?

In order to establish the capacity that any magnetic lifter can hoist, factors other than weight must be examined. Since all lifting magnets work according to the same core rules of physics, this claim holds. Magnetic power is expressed as lines of force that run from the North Pole to the South Pole. Anything that hinders these lines of magnetic from flowing freely lowers the magnet's lifting power. The flow of these lines of force is constrained by four important elements.