Magnetic Plate Lifter

The Magnetic Plate Lifter significantly enhances the gripping effectiveness of magnetically conductive steel materials. Its core is constructed from high-performance rare earth material known as neodymium iron boron. Operating the chuck handle manually alters the magnetic system within the neodymium iron boron, allowing for the secure holding or release of the processed workpiece.

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Product Description

The Magnetic Plate Lifter functions based on the principles of magnetic flux continuity and magnetic field superposition. Its magnetic circuit is structured into multiple magnetic systems. These systems can create variations in magnetic field strength on the working magnetic pole surface through their relative movements—either enhancing or canceling the magnetic force—to achieve the goal of gripping and releasing objects. In industries like machining and mold manufacturing in my country, the advent of high-performance NdFeB rare earth materials has sparked a trend. There's a growing inclination towards utilizing NdFeB permanent magnet materials to develop magnetic fixtures, resulting in the emergence and widespread use of Magnetic Plate Lifters.

Specification.

Model No.	Rated Lifting Capacity	Cylindrical Lifting Capacity	Flat Surface Lifting Capacity	Max Operating Temp	Demensions（mm）				Self Weight	Minimum Plate Thinkness Requires
	（kg）	（kg）	（kg）	（℃）	L	B	H	R	（kg）	（mm）
ZY-1	100	30	300	80	95	65	75	145	3	＞4
ZY-2	200	75	200	80	163	91	90	160	9	＞6
ZY-3	300	100	900	80	162	92	91	180	9	＞8
ZY-5	500	150	1500	80	233	122	118	220	23	＞12
ZY-6	600	200	1800	80	233	120	120	220	23	＞15
ZY-10	1000	300	3000	80	260	175	165	285	50	＞25
ZY-20	2000	600	6000	80	386	233	202	465	125	＞40
ZY-30	3000	1000	9000	80	443	226	217	565	225	＞60
ZY-50	5000	1500	10500	80	443	226	217	635	250	＞60

Feature And Application

The Magnetic Plate Lifter excels in lifting and conveying flat machine parts and steel products, making it a valuable asset in industries like mold and machine processing. Its applications span across various settings such as machining centers, shipbuilding plants, and machine manufacturing factories.

Its design is rooted in the principles of maintaining continuous magnetic flux and effectively superimposing magnetic fields. This design ensures its adeptness at securely handling and maneuvering objects, aligning with the needs of industries involved in machining and mold manufacturing.