The magnetic encoder ring, with its innovative design integrating incremental and absolute dual-mode outputs, successfully fuses two detection logics into a single physical structure. It provides millisecond-level speed feedback and achieves power-on-dema
In today's increasingly miniaturized and integrated high-tech products, many core functions often rely on a precision micro magnet, almost invisible to the naked eye.
To address the eccentricity issue, the installation of the magnetic encoder ring requires extremely stringent standards for coaxiality and parallelism.
Vacuum melting furnaces require high-temperature melting under argon protection to prevent gas from mixing in and causing porosity.
Controlling the particle size distribution of magnetic powder in the manufacture of bonded ndfeb magnets is a complex systems engineering project involving raw materials, processes, equipment, and environment.
Sintered NdFeB magnets are hailed as the "strongest permanent magnet material in modern times," widely used in high-end fields such as new energy vehicle drive motors, wind turbines, industrial servo systems, and consumer electronics due to their extremel