Abstract: Swift heavy ion irradiation of solid materials is a complicated physical process involving a large number of particle emission processes, including ultraviolet visible emission. In order to study the ultraviolet visible light emission from solid induced by fast heavy ion, a measurement platform for swift heavy ion irradiation solid was built in the medium energy irradiation terminal SFC-T1 of Lanzhou heavy ion Accelerator (HIRFL). The ultraviolet-visible spectra from solid irradiated by swift heavy ions with different energy and charge states can be obtained online at this experimental platform, which is helpful to deepen the understanding of the physical mechanism of swift heavy ions irradiation effect in solid materials. Further research on radiation damage of nuclear materials combined with microstructure analysis after irradiation is prospected.