Magnets are applied to various products including home electronics, automobiles, and infrastructure and industrial equipment, and are indispensable for modern life.
We have continued to develop magnet materials for nearly a half century, from the development of ferrite magnet FB1A material in 1959 to the development of cutting-edge Neodymium magnets and the world's first La-Co high-performance ferrite magnet, making a significant contribution to the progress of modern industry.
Our lineup of Neodymium magnets consists of high-performance magnets without heavy rare earth elements such as Dy (dysprosium) and Tb (terbium), and high-performance magnets produced with heavy rare earth diffusion (the HAL method), which greatly reduces the use of heavy rare earth elements when compared with conventional production methods.