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Laminated Magnet

Laminated Magnet

Segmented permanent magnets are made by cutting off the original whole magnet into many small magnets, which are then bonded to form a permanent magnet of the original size. These small magnets are insulated from each other, which reduces electromagnetic eddy currents.

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Laminated Magnet

Segmented permanent magnets are made by cutting off the original whole magnet into many small magnets, which are then bonded to form a permanent magnet of the original size. These small magnets are insulated from each other, which reduces electromagnetic eddy currents.

VIEW DETAIL

Laminated Magnet

Segmented permanent magnets are made by cutting off the original whole magnet into many small magnets, which are then bonded to form a permanent magnet of the original size. These small magnets are insulated from each other, which reduces electromagnetic eddy currents.

VIEW DETAIL

Laminated Magnet

Segmented permanent magnets are made by cutting off the original whole magnet into many small magnets, which are then bonded to form a permanent magnet of the original size. These small magnets are insulated from each other, which reduces electromagnetic eddy currents.

VIEW DETAIL

Laminated Magnet

Segmented permanent magnets are made by cutting off the original whole magnet into many small magnets, which are then bonded to form a permanent magnet of the original size. These small magnets are insulated from each other, which reduces electromagnetic eddy currents.

VIEW DETAIL

Laminated Magnet

Segmented permanent magnets are made by cutting off the original whole magnet into many small magnets, which are then bonded to form a permanent magnet of the original size. These small magnets are insulated from each other, which reduces electromagnetic eddy currents.

VIEW DETAIL

Laminated Magnet

Segmented permanent magnets are made by cutting off the original whole magnet into many small magnets, which are then bonded to form a permanent magnet of the original size. These small magnets are insulated from each other, which reduces electromagnetic eddy currents.

VIEW DETAIL
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