Permanent magnet lifting devices: suction lifting devices, also known as permanent magnet, magnetic crane, magnetic lifting devices, lifting magnets, permanent lifting magnets, permanent magnet and so on. Small in size, strength retention stronger, remanence close to zero, the characteristics of higher safety factor.
Magnetic lifters are designed for material handling and provide a lightweight and cost-effective means of transporting ferrous material. Magnetic lifters, such as Ceramic (Ferrite), hold workloads securely without the need for slings, clamps, or other holding devices. Surface condition, material thickness, surface finish, and weight of the workload are factors that will affect the overall performance of lifting magnets, such as Ceramic (Ferrite). It is important to keep these factors in mind while selecting the right magnetic lifter for you. Please refer to the application and safety notes for each respective magnetic lifter for safe operation
Features: Lightly and ingeniously structured, easy for application, strong magnetic Attraction power and safe in handling.
●
what is the Magnet
Lifter?
Sucker, also known as
permanent or permanent
lifting magnet. Magnet
sucker is the use of the
continuity of flux
superposition principle
and design of the
magnetic field,
permanent magnet circuit
design into multiple
sucker's magnetic
system, through the
magnetic lines relative
motion, to achieve the
work surface magnetic
field strength of the
additive or cancellation
to achieve the retention
and unloading purposes.
● Magnet
Lifter applications
Sucker is a
high-performance
permanent magnet NdFeB
rare earth materials (N>
40) as the core,
hand-pulled by suction
cup handle rotation,
thus changing the sucker
within the NdFeB
magnetic system to move
the workpiece on the
need for retention or
release. Mechanical
plant, mold factory,
forging factory, steel
mills, shipyards, and so
place the necessary use
of steel handling tools,
can greatly improve the
block, cylinder-shaped,
sheet metal, steel
material permeability
irregular handling
efficiency.
