What is the magnetic field strength of the Round magnetic pole electro-permanent magnetic suction cup?

The magnetic field strength of the Round magnetic pole electro-permanent magnetic suction cup is one of the key factors that determines its adsorption capacity and performance. Magnetic field strength is usually measured in units of Gauss or Tesla, and its value can be affected by a variety of factors, including the size of the suction cup, material, current control, etc. These factors and their effects on magnetic field strength are discussed in detail below:

Suction cup size and shape: The size and shape of the suction cup is one of the important factors that affect the strength of the magnetic field. Generally speaking, the larger the diameter of the suction cup, the greater the magnetic field strength, because a larger diameter means more density of magnetic field lines. In addition, the shape of the chuck will also affect the distribution and intensity of the magnetic field. For example, Round magnetic pole electro-permanent magnetic suction cups usually have a more uniform magnetic field distribution.
Magnetic materials and magnetic circuit design: Round magnetic pole electro-permanent magnetic suction cups are usually made of permanent magnet materials, such as neodymium iron boron (NdFeB) magnets. Different types and grades of magnetic materials have different magnetic energy products and coercive forces, which directly affect the magnetic field strength of the suction cup. In addition, the magnetic circuit design of the suction cup will also affect the distribution and intensity of the magnetic field.
Current control: Round magnetic pole electro-permanent magnetic suction cups usually adjust the strength and direction of the magnetic field by controlling the current of the internal coil. Increasing the current increases the strength of the magnetic field, and decreasing the current weakens the strength of the magnetic field. Therefore, current control is one of the effective means to adjust the magnetic field strength of the suction cup.
Working distance: The strength of the magnetic field gradually weakens as the distance increases, which is a general characteristic of magnetic fields. Therefore, the working distance of the suction cup will also affect the strength of the magnetic field. Normally, the magnetic field intensity of the suction cup is greatest on its surface and gradually weakens as the distance increases.
The magnetic field strength of a Round magnetic pole electro-permanent magnetic suction cup is affected by many factors, including the size and shape of the chuck, magnetic material and magnetic circuit design, current control, and working distance. By optimizing these factors, the magnetic field strength required in different industrial application scenarios can be achieved to meet the needs of various handling, fixing, welding, inspection and other operations.