The invention belongs to the research field of the optical fiber micro-nanotechnology, in particular to an optical-driven vibration motor device capable of stably changing the position and the vibration frequency of absorbent particles. The device comprises an optical tweezers system consisting of a first optical fiber light source, a second optical fiber light source, an optical fiber wavelengthdivision multiplexer and a single-mode optical fiber, and the optical tweezers system, an absorbent black sphere and liquid form the optical-driven vibration motor device. Two kinds of photophoretic forces are used to play an optical driving role on the absorbent particles, the absorbent black sphere can be stably captured in a non-contact mode, and the position and the vibration frequency of theabsorbent black sphere driven by the optical-driven vibration motor can be controlled. The position and the vibration frequency of absorbent particles can be changed and driven at the same time through changing the power of two light sources; the position of the device is accurately controlled and the structure is simple; the absorbent particles in the liquid background can be easily optically driven; and the adopted device is low in price, the making method is simple, and the device is suitable for being promoted in the field of biomedicine.