An ophthalmic laser delivery system for delivering a pulsed laser beam generated by a laser to a patient's eye, comprising: a laser beam scanner for reflecting an input laser beam to generate one or more output laser beams and scanning the output laser beams in two orthogonal directions, the laser beam scanner including at least one micromirror array , the micromirror array including a plurality of micromirrors forming a two-dimensional array, the plurality of micromirrors capable of being individually controlled to rotate to different angles; optics for directing the pulsed laser beam from the laser to the laser beam scanner as the input laser beam and directing output laser beams from the laser beam scanner to the patient's eye; and a controller coupled to the laser beam scanner for controlling a rotation of each of the plurality of micromirrors of the at least one micromirror array , wherein the laser beam scanner , as controlled by the controller , cooperates with the optics to focus the pulsed laser beam to one or more focal spots in the patient's eye and to scan the one or more focal spots according to a predefined scan pattern; wherein the optics are adapted to direct the pulsed laser beam from the laser to multiple micromirrors of the micromirror array simultaneously; characterized in that the laser beam scanner , as controlled by the controller , is adapted to cooperate with the optics to direct reflected output laser beams from each of the multiple micromirrors to the patient's eye simultaneously, to thereby form the one or more focal spots in the patient's eye and to scan the one or more focal spots according to the predefined scan pattern. a laser beam scanner for reflecting an input laser beam to generate one or more output laser beams and scanning the output laser beams in two orthogonal directions, the laser beam scanner including at least one micromirror array , the micromirror array including a plurality of micromirrors forming a two-dimensional array, the plurality of micromirrors capable of being individually controlled to rotate to different angles; optics for directing the pulsed laser beam from the laser to the laser beam scanner as the input laser beam and directing output laser beams from the laser beam scanner to the patient's eye; and a controller coupled to the laser beam scanner for controlling a rotation of each of the plurality of micromirrors of the at least one micromirror array , wherein the laser beam scanner , as controlled by the controller , cooperates with the optics to focus the pulsed laser beam to one or more focal spots in the patient's eye and to scan the one or more focal spots according to a predefined scan pattern; wherein the optics are adapted to direct the pulsed laser beam from the laser to multiple micromirrors of the micromirror array simultaneously; characterized in that the laser beam scanner , as controlled by the controller , is adapted to cooperate with the optics to direct reflected output laser beams from each of the multiple micromirrors to the patient's eye simultaneously, to thereby form the one or more focal spots in the patient's eye and to scan the one or more focal spots according to the predefined scan pattern. <EOS>