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Armstrong Magnetics, Inc. | (800) 965-4968 | sales@armsmag.com | Shopping Cart ![]() ![]() ![]() ![]() |
As per customers' requirement, we designed and made a custom
magnetic lifter for lifting 8’
x 4’ sheet metals with thickness of 20 to 12 gauge. The lifting power of the magnetic lifter comes
from the integrated permanent magnets, and therefore it doesn’t need any electricity at all.
One might think that such sheet metal would be quite light and can be lifted by any
permanent magnetic
lifter. It is not correct! Lifting thin steel sheet can be serious problem for any magnetic
lifter, even though the magnetic lifter itself has a large-enough rated lifting capacity.
In order to lift a large and thin sheet metal, the custom magnetic lifter
integrated a few permanent
magnet modules which has shallow magnetic field concentrated in the
thin sheet metal to be lifted and produced a strong attraction to the metal. The
magnetic lifter would only attract one sheet a time due to the same
theory.
By turning the handle, a special mechanism of bar hinges executes functions of attracting or
releasing the thin sheet metal.
Apart from above mentioned custom magnetic lifter which is for 8’ x 4’ x 20-12 gauge, we are
able to design and produce the magnetic lifters with larger lifting capacity of up to 12’ x 6’
x 20-12 gauge.
The magnetic lifter has low profile. It is light in weight and easily operated by hand. A
safety latch locks the handle to keep the magnetic lifter in attracting status while lifting a
sheet metal.
If you need to lift one large and thin sheet metal from a stack without clinging any more
sheet underneath, the magnet lifter could be one of the best solutions. (Electro Permanent
Magnetic Lifting System would be another solution. It can be operated either at its front
panel, or at a wireless remote control. But it is much costly. See details on
Electro Permanent Lifting Magnet.)
For any questions on such permanent magnetic lifters that can handle large and thin sheet metals, please contact us
at tech@armsmag.com for a further discussion.