The material of special-shaped magnet is relatively brittle, and the processing process is more complicated than that of standard magnet. Special shaped magnets are widely used in various mechanical, electrical, wind turbine and other industrial applications. In particular, the electromagnetic tile of the special-shaped machine is one of the more common special-shaped magnets produced by our magnet manufacturers. A magnet with a standard shape is called a special shape. The special-shaped magnet has become an irreplaceable material to promote the development of high-tech and the progress of contemporary civilization.
The materials of magnet are ferrite, Al Ni Co, SA Co, Nd, Fe, B, etc. the price and performance of each material are different. NdFeB magnets are widely used in industrial production because of their strongest magnetism, good processability and moderate price.
In order to customize the special-shaped magnet, it is necessary to customize and process the special-shaped magnet in strict accordance with the size standard designed in the drawing during the processing and production process. Therefore, the inspection after processing needs accurate measuring equipment. The image measuring instrument can meet the measurement requirements of various sizes of special-shaped magnets. In addition to the general length and width dimensions, the image measuring instrument can also measure the flatness of the magnet, the multi segment radian of the formed magnet, the radius of the magnet diameter, the R angle of the formed magnet, the height of the magnet, the aperture of the formed magnet and the concentricity of the ring magnet. Multi angle and multi direction can meet your requirements for measuring various sizes of special-shaped magnets.
All magnet dimensions are in millimeters. The general shape of the circle is length x width x height; usually, the last number also indicates the magnetization direction of the square magnet, D is the diameter, and the finished product size is the diameter x thickness. NS is located on the two largest surfaces, i.e. length x width; the size of the ring is the height of the outer diameter DX and the inner diameter DX.
