Equipment

Spectrophotometers (UV-3600, MPC-3100, and imported spectrophotometers): form a complete spectral analysis matrix that can comprehensively cover the ultraviolet to infrared bands, accurately test optical parameters such as transmittance and reflectance, and accurately match the special requirements of different application scenarios for component optical performance, meeting diverse detection needs.

G100 laser interferometer and ZYGO laser interferometer: The two form a dual verification system. Through the analysis of the interference fringes of the laser beam, high-precision detection of the surface accuracy and wavefront error of the components can be carried out, effectively ensuring that the imaging quality of the optical system meets the design standards and improving the reliability of the detection results.

G100 laser interferometer and ZYGO laser interferometer: The two form a dual verification system. Through the analysis of the interference fringes of the laser beam, high-precision detection of the surface accuracy and wavefront error of the components can be carried out, effectively ensuring that the imaging quality of the optical system meets the design standards and improving the reliability of the detection results.

Spectrophotometers (UV-3600, MPC-3100, and imported spectrophotometers): form a complete spectral analysis matrix that can comprehensively cover the ultraviolet to infrared bands, accurately test optical parameters such as transmittance and reflectance, and accurately match the special requirements of different application scenarios for component optical performance, meeting diverse detection needs.

G100 laser interferometer and ZYGO laser interferometer: The two form a dual verification system. Through the analysis of the interference fringes of the laser beam, high-precision detection of the surface accuracy and wavefront error of the components can be carried out, effectively ensuring that the imaging quality of the optical system meets the design standards and improving the reliability of the detection results.

High precision imaging device: By combining high-definition optical imaging with intelligent algorithms, it can quickly detect geometric parameters such as component size and positional accuracy, effectively eliminating assembly hazards caused by size deviations and improving detection efficiency and accuracy.