Electric automatic collimator is a high-precision photoelectric measuring instrument, mainly used to measure small optical surface deviations and angular displacements. It combines the functions of photoelectric autocollimator, focusing telescope, and infinite conjugate collimator, and can accurately measure small deviations on the surfaces of different optical components.
The working principle of an electric automatic collimator is non-contact measurement using high-resolution CMOS sensors or PSD sensors. It can measure the angular displacement of reflective surfaces and also measure the angular alignment of optical or optomechanical components, with multiple precision options to meet different measurement needs.
In addition, the instrument is based on modular design and can be equipped with multiple objectives, sensors, light sources, and corresponding masks according to different measurement ranges, suitable for different spectra and working environments.
The application fields of electric automatic collimators are very wide, including machine calibration, guide rail measurement, and optical component calibration of precision machines. It has fast measurement speed, accuracy, and low cost, and is widely used in workshops, tool rooms, inspection departments, and quality control laboratories. The instrument can also perform high-frequency vibration analysis and has functions of automatic focusing, autofocus, and automatic measurement.
Application scenarios
Optical system calibration: used to calibrate optical systems such as telescopes, microscopes, lasers, etc., accurately adjust the focal length, angle, and position of the optical system, and ensure that the performance of the optical system reaches a good state.
Industrial manufacturing: In the field of industrial manufacturing, it is used to detect and adjust the position and orientation of various optical components, such as lenses, mirrors, etc., to improve product quality and production efficiency.
Laser application: used to adjust the optical path of the laser, ensuring the correct focus and direction of the laser, suitable for applications such as laser cutting and laser marking.
Astronomical observation: used to calibrate telescopes and other astronomical instruments, ensuring high clarity and accuracy of observed celestial body images.
Other electric automatic collimators may have different features and functions, such as higher measurement accuracy, faster measurement speed, wider measurement range, etc., to meet the needs of different application scenarios.