A low-frequency vibration wearable device, which includes: a lighting unit, a low-frequency vibration unit, and a wearing part. The lighting unit includes a light-emitting element and a first body. The low-frequency vibration unit is electrically connected to the lighting unit. The low-frequency vibration unit includes a second body and a horn , The wearing part is connected to the lighting unit and the low-frequency vibration unit, and the wearing part is arranged on the outer periphery of the lighting unit and the low-frequency vibration unit. The wearing part is worn on the test object, and the light-emitting part emits visible light outwards. The wavelength of the visible light is between Between 380nm and 750nm, visible light irradiates the first sheet and excites the first sheet to irradiate infrared light. The horn emits sound waves. The frequency of the sound waves is between 10Hz and 200Hz. Sound waves and infrared light act simultaneously In the test object； by this, the test object transmits sound waves and infrared light to control the energy balance inside the test object and increase the liquid circulation and fluidity.一種低頻振動穿戴裝置，其係包含：照明單元、低頻振動單元及穿戴件，照明單元包含發光件及第一片體，低頻振動單元電性連接照明單元，低頻振動單元包含第二片體及喇叭，穿戴件連接照明單元及低頻振動單元，並且帶穿戴件設置在照明單元及低頻振動單元的外周緣上，穿戴件配戴在受測物上，發光件向外發出可見光，可見光的波長介於380nm至750nm之間，可見光照射第一片體，並激發第一片體而向外照射出紅外光，喇叭向外發出聲波，聲波的頻率介於10Hz至200Hz之間，聲波及紅外光同時作用於受測物；藉此，受測物透過聲波與紅外光，以達控制受測物內部之能量平衡及增加液體循環與流動性。
