In modern optical systems, lens eccentricity can significantly affect imaging quality. Precision equipment such as microscopes, medical imaging devices, and laser systems demand extremely high accuracy in the curvature center of lenses. To ensure high quality and stability in optical systems, the Optical Lens Reflection Centering Instrument meets high-precision measurement requirements, providing effective support for optical lens manufacturing and quality inspection. It is widely applied in optical imaging systems, precision instrument manufacturing, scientific research, industry, and testing Labs.

The Optical Lens Reflection Centering Instrument is a high-precision device focused on detecting curvature center deviations in lenses. Equipped with a camera, light source, centering lens, fine-tuning stage, and central adjustment base, it enables flexible measurement of curvature centers for lenses of various specifications. The device boasts an eccentricity measurement accuracy of up to 0.1 μm and a repeat positioning accuracy of 1 μm, ensuring that optical lenses meet high-precision requirements in imaging applications, thereby enhancing the imaging quality and performance of optical systems.