Laser Scanning Mirror

The vibrating mirror lens is applied inside the vibrating mirror system, mainly used for laser marking, laser drilling, laser internal adjustment, stage lighting control, etc. Its working principle is that the expanded laser beam is incident on the X and Y vibrating mirror lenses, which are controlled by software to reflect the angle of the vibrating mirror lenses, so that the two vibrating mirror lenses are deflected along the X and Y axes respectively, thus achieving the deflection of the laser beam. Main function: change the direction of the light path, commonly used in laser processing system vibrating mirrors, by changing the deflection angle of the vibrating mirror lens, so that the laser processing system can achieve the effect of regional processing.

The vibrating mirror lens is applied inside the vibrating mirror system, mainly used for laser marking, laser drilling, laser internal adjustment, stage lighting control, etc. Its working principle is that the expanded laser beam is incident on the X and Y vibrating mirror lenses, which are controlled by software to reflect the angle of the vibrating mirror lenses, so that the two vibrating mirror lenses are deflected along the X and Y axes respectively, thus achieving the deflection of the laser beam. Main function: change the direction of the light path, commonly used in laser processing system vibrating mirrors, by changing the deflection angle of the vibrating mirror lens, so that the laser processing system can achieve the effect of regional processing.

The vibrating mirror lens is applied inside the vibrating mirror system, mainly used for laser marking, laser drilling, laser internal adjustment, stage lighting control, etc. Its working principle is that the expanded laser beam is incident on the X and Y vibrating mirror lenses, which are controlled by software to reflect the angle of the vibrating mirror lenses, so that the two vibrating mirror lenses are deflected along the X and Y axes respectively, thus achieving the deflection of the laser beam. Main function: change the direction of the light path, commonly used in laser processing system vibrating mirrors, by changing the deflection angle of the vibrating mirror lens, so that the laser processing system can achieve the effect of regional processing.

The vibrating mirror lens is applied inside the vibrating mirror system, mainly used for laser marking, laser drilling, laser internal adjustment, stage lighting control, etc. Its working principle is that the expanded laser beam is incident on the X and Y vibrating mirror lenses, which are controlled by software to reflect the angle of the vibrating mirror lenses, so that the two vibrating mirror lenses are deflected along the X and Y axes respectively, thus achieving the deflection of the laser beam. Main function: change the direction of the light path, commonly used in laser processing system vibrating mirrors, by changing the deflection angle of the vibrating mirror lens, so that the laser processing system can achieve the effect of regional processing.

The vibrating mirror lens is applied inside the vibrating mirror system, mainly used for laser marking, laser drilling, laser internal adjustment, stage lighting control, etc. Its working principle is that the expanded laser beam is incident on the X and Y vibrating mirror lenses, which are controlled by software to reflect the angle of the vibrating mirror lenses, so that the two vibrating mirror lenses are deflected along the X and Y axes respectively, thus achieving the deflection of the laser beam. Main function: change the direction of the light path, commonly used in laser processing system vibrating mirrors, by changing the deflection angle of the vibrating mirror lens, so that the laser processing system can achieve the effect of regional processing.