A thermal type massage device uses an ignited catalyst as a heat source for producing temperature, collocated with a cotton (sponge) material absorbed with volatile liquid, so that the heat source may continuously produce heat, enabling the surface temperature of the thermal type massage device to rise. Therefore, thermal efficacy can be achieved in use. Moreover, one end of the thermal type massage device can rotate, a surface of which is formed with protruding particles or ribs, and a user can feel warm via the rotation on the skin surface and surface temperature of the end, and massage at the same time by using the protruding particles or ribs.
