NSRRC, which is one of the worldwide top magnet related design teams, is capable of the magnetic field simulation, mechanism designmagnetic field measurement. Related technologies include electromagnet technology, permanent magnet technology, vacuum technology, low temperature technologysuperconductivity technology.

Undulator (U100), elliptical polarization undulator (EPU56)3 sets of 3.2T superconducting wiggler magnets (IASW) are homemadeare operating in Taiwan Light Source (TLS). 3.5T superconducting magnet is homemadeis installedrunning in Thailand Light Source. 2 sets of EPU48 are homemadeare operating in Taiwan Light Source (TPS)

Magnets are widely used in our life, for example, nuclear magnetic resonance imaging (MRI) provides better medical diagnosisprovides a powerful detection tool for brain science. The high temperature superconducting magnet, which is advantageous of high magnetic fieldexemption from the use of liquid helium, is one of the options for future MRI magnet development.