Detailed introduction of green laser rifle sight

The laser sight is a kind of laser pointer. The laser body of the laser pointer and the bracket are integrated. The bracket is combined with the gun body, so that the laser pointer and the barrel are firmly combined, and the laser pointer is close to the barrel, and the gun is lifted. High aiming accuracy. The existing calibration structure of the laser sight includes a calibration screw in the horizontal and vertical directions, but the above design will affect the expansion position of the laser sight, and it is not convenient to expand the night vision device on the shell of the laser sight , Flashlight and other accessories. At present, when we use the autocollimator to measure the angle error, we use the visual method to aim. If the reflecting surface (mirror) has a small deflection to the optical axis of the autocollimator, it will cause the aiming line reflected from the reflecting surface. (Cross lines or light spots) deviate from the field of view of the autocollimator and cannot be measured. Due to insufficient experience of the worker or the distance between the autocollimator and the polyhedral prism is generally far (above 1 meteThe laser sight is a kind of laser pointer. The laser body of the laser pointer and the bracket are integrated. The bracket is combined with the gun body, so that the laser pointer and the barrel are firmly combined, and the laser pointer is close to the barrel, and the gun is lifted. High aiming accuracy. The existing calibration structure of the laser sight includes a calibration screw in the horizontal and vertical directions, but the above design will affect the expansion position of the laser sight, and it is not convenient to expand the night vision device on the shell of the laser sight , Flashlight and other accessories. At present, when we use the autocollimator to measure the angle error, we use the visual method to aim. If the reflecting surface (mirror) has a small deflection to the optical axis of the autocollimator, it will cause the aiming line reflected from the reflecting surface. (Cross lines or light spots) deviate from the field of view of the autocollimator and cannot be measured. Due to insufficient experience of the worker or the distance between the autocollimator and the polyhedral prism is generally far (above 1 meter), it is very difficult to aim at the reflecting surface manually. It usually takes more than 20 minutes or more to aim at the reflecting surface. , Resulting in very low production efficiency.r), it is very difficult to aim at the reflecting surface manually. It usually takes more than 20 minutes or more to aim at the reflecting surface. , Resulting in very low production efficiency.