Microelectromechanical Translation oscillator system

Micro-electromechanical translation oscillator system (100) comprising a micro-electro-mechanical translation oscillator (110) which is adapted to perform an optical application, and coupled to said microelectromechanical translation oscillator (110) acoustic resonator (120), wherein the acoustic resonator (120) designed and arranged is such that a resonant frequency of the acoustic resonator of a resonant frequency of the micro-electromechanical translation oscillator (110) is adapted wherein the microelectromechanical translation oscillator (110) comprises a vibrating element with an amount effective for the execution of the optical application surface as a primary utilization side (111), wherein the primary utilization side of the micromechanical translation oscillator system for optical application is visually accessible, and wherein the acoustic resonator (120) is designed and arranged so that the micro-electromechanical translation transducer (110) generates a standing wave with a resonance frequency corresponding wavelength in a volume of the acoustic resonator (120), wherein the micro-electro-mechanical translation oscillator (110) at its natural frequency electrostatically, electromagnetically or piezoelectrically excited.